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Science and Education. June 27-28, 2012

Science and Education

MATERIALS

OF THE INTERNATIONAL

RESEARCH AND PRACTICE CONFERENCE

June 27-28, 2012

Wiesbaden, Germany 2012

1

Science and Education. June 27-28, 2012

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Science and Education [Text] : materials of the international research and practice conference, Wiesbaden, June 27-28, 2012 / publishing office «Bildungszentrum Rodnik e.

V.». – ń. Wiesbaden, Germany, 2012. – 572 p.

ISBN 978-3-9811753-8- The collection of materials of the international research and practice conference “Science and Education” is the research and practice edition. It gives an opportunity for scientists and experts to get acquainted with achievements of the priority directions of modern science, to show the results of the researches, to exchange experience, to publish scientific articles that will promote productive scientific work, realization of creative potential, origin of new ideas and establishment of friendly relations and possibilities for cooperation.

It includes the scientific articles of students, postdoctoral students, graduate students, research scientists of higher education institutions.

Printed in Germany Publishing office «Bildungszentrum Rodnik e. V.» Wiesbaden, Germany Tel.: 0611- 89 Fax.: 0611- 89 stafinsky@reenet.de First edition © 2012 Bildungszentrum Rodnik e. V.

© 2012 Strategic Studies Institute © 2012 Article writers © 2012 All rights reserved Science and Education. June 27-28,

CONTENT

PREFACE……………………………………………………………………………………………………

PHYSICS AND MATHEMATICS

Aulchenko S.M., Vasilyeva E.I., Kaledin V.O.

ABOUT ACCURACY OF THE NUMERICAL SCHEME OF INTEGRATION MOTION EQUATION OF

SOLID VISCOUS FLUID……………………………………………………………………………………

CHEMICAL SCIENCES

Rzaev B.Z., Mamedkhanova A.B.

NEW METHOD OF RECEIVING THREE-INDIUM MONOSULPHIDE………………………………... Vovod Yu.V., Uskova E.N., Okina E.V.

SORPTION AND FLUORIMETRIC DEFINITION OF IONS ŃU (II)…………………………………….

BIOLOGICAL SCIENCES

Hudyakova N.A.

ARRANGEMENT OF MOTOR REPRESENTATIONS OF FACE AND SOMATIC MUSCLES IN

MOTOR CORTEX DJUNGARIAN HAMSTER (PHODOPUS SUNGORUS)…………………………. Musayev Ye.Ź., Musayeva Zh.K., Dosanov S.M.

THE COMPLEX APPROACH TO BIOREMEDIATION OF THE OIL SOILS

OF ZHETYBAI……………………………………………………………………………………………….

GEOLOGICAL AND MINERALOGICAL SCIENCES

Valieva I.R., Nefedov V.A.

TO THE QUESTIONS OF ACID DECATENITION AND DEALUMINATION OF NATURAL

PALEOZOIC ZEOLITIC AND ZEOLITE - MONTMORILLONITE OF BREEDS………………………

TECHNICAL SCIENCES

Adamkov A.V., Ermolaev A.M.

WAYS OF VIRGIN COAL DESTRUCTION, PROMOTING THE SMALLEST DUST FORMATION

AND COAL DEGRADATION……………………………………………………………………………….. Arinarkhova N.V., Ravkovskaya E.V., Kaledin V.O.

APPLICATION OF VISUAL PROGRAMMING IN PROBLEMS OF

COMPUTING EXPERIMENT……………………………………………………………………………… Bisterfeld O.A.

SIMULATION OF DATA TRANSFERS ON COMMUNICATION LINK WITH A SATELLITE

SEGMENT…………………………………………………………………………………………………… Boky D.I., Chistjakova T.B., Bojkova O.G.

PROCEDURES OF EVALUATION OF RELIABILITY OF SOFT – AND HARDWARE COMPLEX OF

APCS FOR LOW POWER ELECTRIC PLANTS………………………………………………………… Elokhin A.P., Zhilina M.V.

METHODS OF RADIATING CONTROL OF RADIOACTIVE ENVIRONMENTAL

POLLUTION………………………………………………………………………………………………….. Imomov Sh.B., Uzakov G.N., Halikova H.A., Hamraev S.I., Ismailov A.S., Kamilova N.A.

THERMAL CONDITIONS OF THE WATER HEAT ACCUMULATOR IN THE SYSTEM OF SOLAR

HEATING…………………………………………………………………………………………………….. Kuklina I.G.





STRATEGY OF INFORMATIZATION DURING TRAINING BACHELORS AND MASTERS OF

SPECIALTY “CONSTRUCTION AND ROAD MACHINERY”………………………………………….. Moliboga E.A.

DESIGN OF THE CHEESE PRODUCTS ENRICHED WITH NONCONVENTIONAL GRAIN FLOUR

COMPONENTS OF THE SIBERIAN REGION………………………………………………………….. Radkevich M.V.

A NEW METHOD OF INVENTORYING GREENHOUSE GAS PRODUCED BY THE ROAD–

VEHICLE COMPLEX……………………………………………………………………………………….. Rogov V.A., Shkarupa M.I.

MATHEMATICAL MODELLING OF MAGNETRON SPUTTER DEPOSITION OF NANOCOATINGS

ON THE SURFACE OF DETAILS FROM FUNCTIONAL CONSTRUCTIONAL CERAMICS AFTER

MECHANICAL PROCESSING BY ABRASIVE ACTION………………………………………………

AGRICULTURAL SCIENCES

Iskakov A.K.

THE OILSEED FLAX GROWING IN KAZAKHSTAN…………………………………………………... Lapina T.I., Yurchenko E.N., Kostina E.E., Lyashchenko L.A., Tokarev O.I.

PATHOHISTOLOGY IN THE PROCESS OF VIRAL HEPATITIS E HENS…………………………. Sharybar S.V.

SOCIAL POTENTIAL OF THE AGRICULTURAL ENTERPRISE……………………………………..

HISTORY

Akhmadova H.H., Syrkin A.M., Hadisova Zh.T.

THE MAIN SCHEMES OF THERMAL CRACKING INSTALLATIONS IN NATIVE OIL REFINING…

Nikolaev O.S.

ORGANIZATION OF THE HEALTH SERVICE OF RUSSIAN ARMY IN

PATRIOTIC WAR OF 1812………………………………………………………………………………..

ECONOMICS

Apaeva M.M., Mollaeva M.I.

TERRITORIAL ASPECTS OF CLUSTER-BASED POLICY (BY THE EXAMPLE OF REPUBLIC

DAGESTAN)………………………………………………………………………………………………... Firsova I.A., Firsov Yu.I.

THE NATIONAL SYSTEM OF STANDARDS IN RUSSIA…………………………………………….. Goncharenko A.V.

MULTIFRACTAL ANALYSIS OF CURRENCIES MARKET. MATHEMATICAL AND STATISTICAL

ANALYSIS…………………………………………………………………………………………………... Ivashchenko N.P., Engovatova A.A.

THE REASONS OF TRANSITION OF UNIVERSITIES TO POST-CLASSICAL FUNCTIONAL

MODEL: ANALYSIS OF WORLD TENDENCIES………………………………………………………. Lepihina T.L., Karpovich Y.V.

CONDITIONS OF THE SUSTAINABLE DEMAND FORMATION FOR HEALTH PROTECTION

SERVICES………………………………………………………………………………………………….. Mozgacheva A.S.

FEATURES OF SPEECH INTERACTION IN BRAND-COMMUNICATION………………………… Radosteva Yu.V.

GLOBAL LABOUR MARKET AND ITS FEATURES AS ONE OF THE PRESENT PROBLEMS (BY

THE EXAMPLE OF RUSSIA)…………………………………………………………………………….. Savenkova O.Yu.

THE GOVERNMENT REGULATION IMPROVEMENT OF RURAL MUNICIPAL FORMATIONS BY

MEANS OF SOCIALLY ORIENTED DEVELOPMENT………………………………………………... Shamisheva N.K., Isaeva B.K.

STATE SUPPORT OF INDUSTRIAL AND INNOVATIVE ACTIVITY IN THE REPUBLIC OF

KAZAKHSTAN……………………………………………………………………………………………… Zotkina M.A.

OPERATIVE MONITORING OF PRIME COST AT THE ENTERPRISES OF ROAD FREIGHT

TRANSPORT IN MODERN ECONOMIC CONDITIONS………………………………………………

PHILOSOPHICAL SCIENCES

Emelyanov A.S.

DER BEGRIFF DIE VERSTEHEN UND DAS SEIN ALS DIE SORGE IN DIE PHNOMENOLOGIE

VOM M. HEIDEGGER……………………………………………………………………………………. Isaev A.A.

THE ROLE OF SOCIAL AND HUMANITARIAN DISCIPLINES IN MODERN EDUCATIONAL

PROCESS…………………………………………………………………………………………………. Serebryakova Yu.V.

SOCIAL AND SEMANTIC MATERIALS "FANTASMS": STRATEGY OF PHILOSOPHIZING OF S.

KRZHIZHANOVSKY AND S. ZHIZHEK………………………………………………………………… Zagorulko L.P.

SOCIAL PHILOSOPHY AS THEORETICAL AND METHODOLOGICAL BACKGROUND OF

LANGUAGE EDUCATION RESEARCH………………………………………………………………..

PHILOLOGY

Akimova T.I.

COURTEOUS DISCOURSE AS EDUCATIONAL IN CATHERINE II LETTERS OF 1762-1774… Buglak S.I.

INFERENTIVES AND HIDDEN INFORMATION IN ENGLISH STATEMENTS…………………….. Degteva I.V.

ELEMENTS OF THE COMPONENTAL ANALYSIS IN THE COURSE OF TRAINING TO RUSSIAN

LEXICON……………………………………………………………………………………………………. Efremov N.N.

SPACE STRUCTURES WITH ADVERBIAL LOCALIZERS IN THE YAKUT LANGUAGE…………

Enkhtuya Ts.

PROBLEMS OF CREATING EDUCATIONAL RUSSIAN-NATIONAL BILINGUAL EPONYM

DICTIONARY……………………………………………………………………………………………….. Hatkhe A.A.

LANDSCAPE AS BODY-BUILDING NARRATION BEGINNING IN WORKS OF ART…………….. Ivanova N.A., Lyapaeva L.V., Maksimova I.P.

ORIGINALITY OF CHRONOTOPICAL STRUCTURES IN B. ZAYTSEV AND E.ELLIYEV'S SMALL

PROSE……………………………………………………………………………………………………… Kindrya N.A.

QUESTIONS OF STUDYING ENGLISH AND RUSSIAN PHRASEOLOGICAL UNITS WITH

ZOONYM COMPONENT IN THE LIGHT OF CULTURAL HISTORY……………………………….. Kurilova S.N.

THE SYSTEM OF THE INTERROGATIVE PRONOUNS OF TUNDRA YUKAGHIR ON

DECLENSION AND SYNTACTIC USAGE……………………………………………………………… Kuzmina R.P.

THE CATEGORY OF VERB INCLINATION IN LANGUAGE WEST REGION DIALECTS OF EVEN

LANGUAGE………………………………………………………………………………………………… Nesterova E.V.

SUPERNATURAL BEINGS OF EVEN FOLKLORE: ARINKA AND ARISAG (SIMILARITY AND

DIFFERENCE)……………………………………………………………………………………………. Nilova C.V.

THE MAIN TYPES OF DISPLAYING VERBAL AGGRESSION AND THEIR DESCRIPTIONS….

Preobrazhenskiy S.Yu.

PEONIC POEM AS INTERTEXTUALITY SIGNAL (DMITRIY VEDENYAPIN AND VLADIMIR

POLETAEV)……………………………………………………………………………………………….. Reva E.K.

WAYS OF INTERPRETATION IN MASS MEDIA OF THE NATION IMAGE AND ITS CULTURAL

FOUNDATION (BY THE MATERIAL OF FEATURES IN JOURNALS «FRIENDSHIP OF THE

PEOPLE» AND «THE NEW WORLD»)………………………………………………………………… Sadovnikova I.I.

LEXICAL COMPLIANCES IN EVEN VEGETATIVE VOCABULARY AND IN OTHER TUNGUS

LANGUAGES………………………………………………………………………………………………. Sakharova Ye.Ye.

ACTUALIZATION OF CONFIDENCE IN THE VERBAL BEHAVIOR (ON THE MATERIAL OF

PREACHING DISCOURSE)……………………………………………………………………………… Salyaeva N.M.

ABOUT DEVELOPMENT OF THE TERMINOLOGY DESIGNATING PERSONS, DEPRIVED OF

FREEDOM IN OFFICIAL DOCUMENTS OF THE RUSSIAN EMPIRE AT THE END OF XVIII – THE

BEGINNING OF THE XIX CENTURY…………………………………………………………………… Savvinova S.N.

CHARACTERS OF "STRANGERS" IN FOLKLORE EVENS (BEYMEGENS,

HEYEKS, NYURIMNS)…………………………………………………………………………………… Sereda E.V.

PARTS OF SPEECH SYSTEM OF MODERN RUSSIAN LANGUAGE TAKING INTO ACCOUNT

TRANSITIVITY……………………………………………………………………………………………... Sharina S.I., Burykin A.A.

NEW ABOUT EVEN LANGUAGE NUMERALS………………………………………………………… Sitosanova O.V., Smolina O.A.

LINGUO-PRAGMATIC ASPECT OF THE WORD "EVEN"…………………………………………… Zhindeeva E.A., Glazunova E.A.

MODALITY OF PHILOSOPHICAL KNOWLEDGE IN THE ART TEXT AS STRATEGY OF

AUTHOR'S IDEA OF THE WORLD………………………………………………………………………

GEOGRAPHICAL SCIENCES

Kocheeva N.A., Dmitriev A.N., Krechetova C.J., Tudueva A.K., Yankubaeva A.S.

KOLOGISCHE BEDEUTUNG DES GEWITTERS UND DIE BEWERTUNG DER

GEWITTERAKTIVITT AUF DEM TERRITORIUM DER REPUBLIK ALTAI………………………..

JURISPRUDENCE

Gashumova K.A.

BIOSOCIAL FACTORS OF CRIMINALITY OF JOINT OFFENDERS………………………………. Milshina I.V.

CUSTOMS DUTIES: THEORETICAL AND LEGAL ASPECT……………………………………...... Poroyko M.S.

ACTUAL PROBLEMS OF IMPROVEMENT FACULTATIVE LEGAL REGULATION IN CRIMINAL

LAW OF THE RUSSIAN FEDERATION………………………………………………………………… Sementsov V.A., Gladysheva O.V.

POLYGRAPH AND ITS APPLICATION IN THE RUSSIAN CRIMINAL LEGAL PROCEEDINGS..

Syvorotkina I.Yu.

INNOVATIONS IN TEACHING BRANCHES OF JURISPRUDENCE……………………………….. Tishchenko E.

ECONOMIC CRISES AND CRIMINALITY: PROBLEMS OF MUTUAL INFLUENCE……………… Zhadan V.N.

SOME PROBLEMS IN AVERMENT OF LEGALIZATION OF MONETARY FUNDS OR OTHER

OFFENSE-RELATED PROPERTY………………………………………………………………………. Zhurkov V.V.

PROPERTY CONFISCATION FOR THE NO-PURPOSE EXPENDITURE OF BUDGETARY FUNDS

AS THE NECESSARY MEASURE OF CRIMINAL AND LEGAL POLICY FOR SAFETY OF THE

SOCIAL AND ECONOMIC SPHERE DEVELOPMENT OF THE RUSSIAN FEDERATION……….

PEDAGOGICAL SCIENCES

Abakumova N.N.

USING TAXONOMY OF COGNITIVE COMPLEXITY IN DESIGN OF COMPETENCE-BASED

TASKS………………………………………………………………………………………………………. Akgezova G.K., Salimgereeva Z.I.

MORAL EDUCATION OF SCHOOL STUDENTS THROUGH S. ALBERIEV'S SMALL PROSE....

Alekseeva L.I.

WORK ON THE LEXICAL PARTY OF SPEECH IN TECHNICAL COLLEGE IN THE PROCESS OF

STUDYING ENGLISH……………………………………………………………………………………... Balalieva O.V.

PRESCHOOL INSTITUTION IN THE STRUCTURE OF EDUCATIONAL CLUSTER

DEVELOPMENT…………………………………………………………………………………………… Denisova V.V.

SOCIAL AND EDUCATIONAL ENVIRONMENT AS A FACTOR OF SAFETY CULTURE

TEENS………………………………………………………………………………………………………. Fedchyshyn N.

ENTWICKLUNG VON IDEEN DER HERBARTIANISCHEN PDAGOGIK IN DER UKRAINE (ENDE

XIX. – ANFANG DES XX. JAHRHUNDERTS)………………………………………………………….. Fedota N.V., Kiseleva E.O.

ASPECTS OF TRAINING GRADUATES FOR PROFESSIONAL JOINING INTO THE LABOR

MARKET…………………………………………………………………………………………………….. Frolenko O.V.

HISTORICAL ROLE OF RUSSIAN ORTHODOX CHURCH IN EDUCATIONAL ACTIVITY………

Kashina N.I.

REALIZATION OF THE METAMETHODICAL APPROACH IN EDUCATIONAL INSTITUTIONS

WITH THE COSSACK CADET COMPONENT OF EDUCATION……………………………………. Kiseleva N.A.

USING NETWORK SERVICES IN EDUCATION OF SENIORS IN THE RESOURCE CENTERS OF

SPECIALIZED EDUCATION……………………………………………………………………………… Kolechkin I.S., Sereda E.V.

GEOGRAPHICAL NOMENCLATURE: THE SYSTEM OF METHODS OF STUDYING IN

DIFFERENT EDUCATIONAL CONCENTRS OF THE RUSSIAN SCHOOL TAKING INTO ACCOUNT

STUDENT PSYCHOTYPE………………………………………………………………………………... Krasnozhonova E.S.

NONVERBAL COMPONENTS OF COMMUNICATION IN THE CONDITIONS OF

INTERCULTURAL CONTACTS………………………………………………………………………….. Kubasova E.V.

METHODICAL RECOMMENDATIONS ABOUT ELECTIVE COURSE OF ASTRONOMY IN

SECONDARY SCHOOL…………………………………………………………………………………... Kuznetsov V.M.

HISTORY AND CULTURE OF THE RUSSIAN GERMANS IN TEACHING OF THE INTEGRATED

SUBJECT «STUDY OF LOCAL LORE. CHELYABINSK REGION»…………………………………. Kvas O.V., Klym M.I.

EVOLUTION OF PEDAGOGICAL VIEWS ON FAMILY EDUCATION IN GERMANY (1895 – 1933) AND ITS DEVELOPMENT IN MODERN UKRAINE…………………………………………………… Makeeva I.A.

SOCIALIZATION OF ORPHANED CHILDREN: THEORETICAL AND APPLIED ASPECTS……..

Miftakhutdinova T.V.

STRUCTURAL COMPONENTS OF PROFESSIONAL INTERCULTURAL COMPETENCE OF

STUDENTS IN AGRARIAN HIGHER EDUCATION INSTITUTION………………………………….. Nasonova O.A.

THE RESULTS OF SCIENTIFIC RESEARCHES OF INTEGRATION OF THE WORD AND MUSIC

USED AT LESSONS OF THE LANGUAGE CYCLE AND THEIR INTRODUCTION IN

EDUCATIONAL PROCESS OF SCHOOL BY MEANS OF INTERNET TECHNOLOGIES………..

Okulova L.P.

PEDAGOGICAL AND ERGONOMIC BASES OF PROFESSIONAL ACTIVITY TAKING INTO

ACCOUNT GENDER ASPECT…………………………………………………………………………. Osetrova O.V.

POSSIBILITIES OF THE ORGANIZATION OF QUALIFYING PREPARATION OF THE TEACHERRESEARCHER FOR RESEARCH (MEDICAL) UNIVERSITIES…………………………………….. Pilipchevskaya N.V.

TUTOR SUPPORT OF STUDENTS FEATURES IN SYSTEM OF ADDITIONAL VOCATIONAL

EDUCATION……………………………………………………………………………………………….. Ridei N.M., Amelina S.N., Palamarchuk S.P., Shofolov D.L.

STRUCTURALLY COMPARATIVE ANALYSIS OF MAINTENANCE OF QUALITY MANAGEMENT

STANDARDS IN THE FIELD OF EDUCATION IN UKRAINE AND THE USA…………………….. Strokal V., Ride³ N., Rybalko Y., Hitrenko T., Sytska A.

METHODOLOGICAL PRINCIPLES OF LANDSCAPE-ECOLOGICAL TEACHING PRACTICE OF

STUDENT-ECOLOGISTS IN UKRAINE………………………………………………………………… Vilkova L.V.

EVALUATION OF QUALITY: SPECIFIC FEATURES OF SCHOOL FOREIGN LANGUAGE

EDUCATION……………………………………………………………………………………………….. Vodyanenko G.R.

FORMING INFORMATION SPACE OF THE PUPIL IN EDUCATIONAL PROCESS OF

SECONDARY SCHOOL…………………………………………………………………………………... Vozzhennikova S.A., Vozzhennikov V.S., Zemlyanoy M.A.

EXPERIMENTAL EFFICIENCY CHECKING OF FORMING ADAPTIVE QUALITIES OF THE

PERSON ON THE BASIS OF THE PHENOMENON OF DOMINATING MOTIVATION (BY THE

EXAMPLE OF THE PROFESSIONAL LYCEUM "BUILDER" ¹ 4 IN NOVOROSSIYSK,

KRASNODAR TERRITORY)……………………………………………………………………………… Yugova E.A.

HEALTHY LIFESTYLE FORMATION OF STUDENTS IN HIGHER EDUCATION INSTITUTIONS...

MEDICAL SCIENCES

Gafarov V.V., Tatarinova V.V., Gorokhova E.V.

MORBIDITY, MORTALITY AND LETHALITY BECAUSE OF ACUTE MYOCARDIAL INFARCTION

IN YAKUTSK AT THE AGE OF 25-64 YEARS (WHO PROGRAM THE REGISTER AMI)………... Rozikhodjaeva G.A., Ikramova Z.T.

IDENTIFICATION MARKERS ATHEROSCLEROTIC THICKENING OF VASCULAR WALL……..

Rozikhodjaeva G.A., Hudoynazarov S.K., Yokubov K.R., Nuritdinov Sh.F., Hikmatov S.K.

STUDY OF TRACE ELEMENTS IN HAIR AT PATIENTS WITH CAROTID ATHEROSCLEROSIS..

PSYCHOLOGICAL SCIENCES

Emelyanova T.V.

INDICATORS OF VERBAL THINKING AND FORMED SKILL OF READING OF FIRST GRADERS

WITH DIFFERENT LEVEL OF ORAL SPEECH DEVELOPMENT…………………………………… Plaksina I.V.

STRUCTURE OF PROFESSIONAL AND PERSONAL COMPETENCIES OF HIGH SCHOOL

PEDAGOGUES…………………………………………………………………………………………….. Zaikin V.A.

THE GROUP MORAL DECISIONS STUDY AND GROUP MORAL FUNCTIONING AS ASPECTS

OF GROUP DYNAMICS AND INTERACTION…………………………………………………………. Zinalieva N.K.

NEED OF COMMUNICATIVE ASPECTS OF COMMUNICATION

FOR PRACTICAL PSYCHOLOGY……………………………………………………………………….

SOCIOLOGY

Babich I.N.

INTERDISCIPLINARY METHODOLOGY AND ITS APPLICATION IN DAILY EDUCATIONAL

PRACTICE………………………………………………………………………………………………….. Bazanov V.A.

DIASPORA ALS SYSTEM………………………………………………………………………………… Trotsuk I.V.

TYPES OF TEXTUAL ANALYSIS: DIFFICULTIES OF USE WITHIN SOCIOLOGICAL

RESEARCH…………………………………………………………………………………………………. Usmanova E.R.

MANIPULATIONS IN SOCIAL NETWORKS……………………………………………………………. Yanbukhtin R.M.

SOCIAL ROLE OF POLICE INSTITUTE IN MODERN RUSSIA………………………………………

POLITICAL SCIENCE

Filina N.V.

PARADIGM OF THEOLOGICAL EDUCATION AT THE PRESENT STAGE………………………..

CULTUROLOGY

Lepeshkina L.Yu.

THE ROLE OF GERMAN SCIENTISTS IN RESEARCH OF DAILY CULTURE OF THE PEOPLES

OF THE CENTRAL VOLGA REGION IN 17-19 CENTURIES………………………………………… Samkova V.A.

CREATIVE CITIES, CREATIVE PEOPLE: SEARCH OF NEW SENSES……………………………

PREFACE

The first international research and practice conference «Science and Education» which were held in June, 2012, was the work of Strategic Studies Institute for development of research activity.

The collection contains articles and the materials, differing novelty and detailed study of the problems. The sections organized within the limits of conference have been united by the necessity of scientific knowledge integration of various schools and directions.

The purpose of the publication is expansion of outlook of researchers, their acquaintance with actual problems of modern science, inspiration on further scientific searches. The science becomes the strategic area providing national safety. Competitive ability of the country is measured according to the educational level of the rising generation.

It should be noted that scientific investigations of the researchers from the former Soviet states are highly underestimated in European Academe. First of all it is a problem of researches in the field of humanitarian and social sciences.

The changes occurring in the modern world demand new understanding of professional competence of the researcher, and it means the necessity of professional development.

This conference is necessary to acquaint the European scientific community with the achievements of science and technology in countries of Eastern Europe, to set out the basic vectors of possible cooperation in various spheres.

It is intended for teachers, graduate students and students of various disciplines for the purpose of use in scientific work and educational activity.

PHYSICS AND MATHEMATICS

ABOUT ACCURACY OF THE NUMERICAL SCHEME OF INTEGRATION MOTION

EQUATION OF SOLID VISCOUS FLUID

Institute of Theoretical and Applied Mechanics of S.A. Hristianovicha of the Siberian Branch of the Novokuznetsk Institute (branch) of the Kemerovo State University

Abstract

The problem of modeling current of the viscous environment without internal communications in limited area under boundary conditions in speeds and pressure is considered. The boundary problem is formulated in a variation look and numerary decides with the help of method of final elements. Comparison with the received analytical solution of problem is carried out.

Keywords: viscous compressed liquid, field of speeds, method of small parameter, own functions, method of final elements.

Šąńńģąņščāąåņń’ ēąäą÷ą ģīäåėčšīāąķč’ ņå÷åķč’ ā’ēźīé ńšåäū įåē āķóņšåķķčõ ńā’ēåé ā īćšąķč÷åķķīé īįėąńņč ļšč ćšąķč÷ķūõ óńėīāč’õ ā ńźīšīńņ’õ č äąāėåķč’õ. Źšąåāą’ ēąäą÷ą ōīšģóėčšóåņń’ ā āąščąöčīķķīģ āčäå č ÷čńėåķķī šåųąåņń’ ģåņīäīģ źīķå÷ķūõ żėåģåķņīā.

Ļšīāåäåķī ńšąāķåķčå ń ļīėó÷åķķūģ ąķąėčņč÷åńźčģ šåųåķčåģ ēąäą÷č.

Źėž÷åāūå ńėīāą: ā’ēźą’ ńęčģąåģą’ ęčäźīńņü, ļīėå ńźīšīńņåé, ģåņīä ģąėīćī ļąšąģåņšą, ńīįńņāåķķūå ōóķźöčč, ģåņīä źīķå÷ķūõ żėåģåķņīā.

Ā šąįīņąõ [1, 2] ķą īńķīāå šåųåķč’ ńīļš’ęåķķūõ ēąäą÷ ćčäšīäčķąģčźč č óļšóćīćī äåōīšģčšīāąķč’ īįīėī÷źč čńńėåäīāąķū ķåźīņīšūå āīļšīńū, ńā’ēąķķūå ń šąńļšīńņšąķåķčåģ įåćółčõ āīėķ ļī ļīāåšõķīńņč ņåėą āšąłåķč’. Ąķąėīćč÷ķūå ēąäą÷č āīēķčźąžņ č ļšč čēó÷åķčč āķóņšåķķčõ ņå÷åķčé, ķąļščģåš, ā ņšóįīļšīāīäąõ. Ā [1, 2] ÷čńėåķķīå čķņåćščšīāąķčå óšąāķåķč’ äāčęåķč’ óļšóćīé īįīėī÷źč č óšąāķåķčé Ķąāüå-Ńņīźńą īńółåńņāė’ėīńü ń ļīģīłüž ąėćīščņģīā īńķīāąķķūõ ķą šąēķūõ ļščķöčļąõ: āąščąöčīķķīģ č źīķå÷ķīšąēķīńņķīģ, ńīīņāåņńņāåķķī. Ļīńņšīåķčå źīššåźņķīé ÷čńėåķķīé ńõåģū äė’ čķņåćščšīāąķč’ óšąāķåķčé äāčęåķč’ ńļėīųķīé ńšåäū äī ķąńņī’łåćī āšåģåķč ļšåäńņąāė’åņ ńīįīé ńėīęķóž ļšīįėåģó. Ķąš’äó ń čēāåńņķūģč ńėīęķīńņ’ģč ā ļīńņąķīāźå ćšąķč÷ķūõ óńėīāčé, ńėåäóåņ īņģåņčņü ēąāčńčģīńņü šåųåķč’ īņ šåīėīćčč ńšåäū, ÷ņī ņšåįóåņ ąķąėčēą āėč’ķč’ āūįīšą īļšåäåė’žłčõ óšąāķåķčé ķą ļīėó÷ąåģūå ā šąń÷øņå ļīė’ ńźīšīńņåé č äąāėåķčé. Ā ķąńņī’łåé šąįīņå šąńńģąņščāąåņń’ ńļėīųķą’ ńšåäą įåē ńā’ēåé, īļšåäåė’žłåå óšąāķåķčå źīņīšīé āźėž÷ąåņ ńėąćąåģūå ńī ńäāčćīāīé č īįśøģķīé ā’ēźīńņüž:

Aulchenko S.M., Vasilyeva E.I., Kaledin V.O., šąēģåšķīńņü äąāėåķč’, ij, ij – ņåķēīšū ķąļš’ęåķčé č ńźīšīńņåé äåōīšģąöčč.

Óšąāķåķčå äāčęåķč’ [3] ļščķ’ņī ā āčäå:

ćäå bi – ļšīåźöčč īįśøģķīé ńčėū, – ļėīņķīńņü ęčäźīńņč, – āåźņīš ńźīšīńņč.

Ļīäńņąāčā īļšåäåė’žłčå óšąāķåķč’ (1) ā óšąāķåķč’ äāčęåķč’ ńļėīųķīé ńšåäū (2), ļīėó÷čģ óšąāķåķčå äāčęåķč’, ļščćīäķīå ņīėüźī äė’ ÷ąńņķīćī źėąńńą ńšåä – ā’ēźčõ ńęčģąåģūõ ęčäźīńņåé:

Ļīėó÷åķķą’ źšąåāą’ ēąäą÷ą ēąģźķóņą č ģīęåņ įūņü ļåšåōīšģóėčšīāąķą ā āąščąöčīķķīģ āčäå, ļīńźīėüźó āńå ńīńņąāė’žłčå ķąļš’ęåķčé ńīāåšųąžņ šąįīņó. Żņī óäīįķī äė’ äčńźšåņčēąöčč óšąāķåķčé. Ļšåīįšąēóåģ óšąāķåķčå (2), óģķīęčā īįå ÷ąńņč ńźąė’šķī ķą āåźņīš :

Ļšīčķņåćščšóåģ (4) ļī īįśøģó īįėąńņč:

Óšąāķåķčå (5) āūšąęąåņ įąėąķń żķåšćčč: ėåāą’ ÷ąńņü šąāķą ļšīčēāīäķīé ļīėķīé ģåõąķč÷åńźīé żķåšćčč ļī āšåģåķč, ą ļšąāą’ – ģīłķīńņč ēąäąķķūõ ńčė ķą ćšąķčöå īįėąńņč č ģīłķīńņč ļīė’ äąāėåķčé āåėč÷čķū š* ķą äåōīšģąöčč čēģåķåķč’ īįśåģą.

Ļšåäńņąāčģ čńźīģīå ļīėå ńźīšīńņåé ā āčäå ėčķåéķīé źīģįčķąöčč įąēčńķūõ ōóķźöčé ń źīżōōčöčåķņąģč, šąāķūģč óēėīāūģ ńźīšīńņ’ģ, ÷ņī ļščāīäčņ (5) ź åćī äčńźšåņķīģó ąķąėīćó:

= B – ģąņščöą-ńņīėįåö ńźīšīńņåé äåōīšģąöčé; N – ģąņščöą ōóķźöčé ōīšģū; – ģąņščöą-ńņīėįåö óēėīāūõ ńźīšīńņåé; S = B DBd – ģąņščöą äåģļōčšīāąķč’; B – ģąņščöą äåōīšģąöčé, ńīäåšęąłą’ ÷ąńņķūå ļšīčēāīäķūå ļī ļšīńņšąķńņāåķķūģ źīīšäčķąņąģ;

Q = N qd + B0 p * d – āåźņīš żźāčāąėåķņķūõ óēėīāūõ ńčė, Ā0 – ģąņščöą, ńā’ēūāąžłą’ ńźīšīńņü īįśåģķīé äåōīšģąöčč ń óēėīāūģč ńźīšīńņ’ģč; N, B, B0 – ņšąķńļīķčšīāąķķūå ģąņščöū; D – ģąņščöą ā’ēźīńņč, źīņīšą’ čģååņ ńėåäóžłčé āčä:

Ā äąķķīé šąįīņå, ķąń čķņåšåńóåņ ńņąöčīķąšķūé ńėó÷ąé. Åńėč ā ńčńņåģå óšąāķåķčé (6) ļīėīęčņü =0, ņī čģååģ ķåėčķåéķóž ńčńņåģó óšąāķåķčé:

Öåėüž ćčäšīäčķąģč÷åńźīćī šąń÷øņą ’āė’åņń’ ķąõīęäåķčå ļīėåé ńźīšīńņåé.

Ļėīņķīńņü č ā’ēźīńņü, āõīä’łčå ā óšąāķåķč’, ń÷čņąžņń’ čēāåńņķūģč.

Ąėćīščņģ šąń÷øņą óēėīāūõ ēķą÷åķčé ńźīšīńņåé ńīńņīčņ ā šåųåķčč äčńźšåņķūõ óšąāķåķčé (6) č (7). Ģąņščöą äåģļōčšīāąķč’ č ģąņščöą ģąńń ķå ļåšåń÷čņūāąžņń’ ļšč ēąäąķķīģ ųąćå ļī āšåģåķč. Ģąņščöą źīķāåźņčāķūõ ģąńń čēģåķ’åņń’ ļīńėå źąęäīćī čēģåķåķč’ āåźņīšą ńźīšīńņåé. Šąēšąįīņąķķūé ąėćīščņģ šąń÷øņą ļīė’ ńźīšīńņåé ā’ēźīé ńęčģąåģīé ęčäźīńņč šåąėčēīāąķ ā ńīńņąāå ļšīćšąģģķīćī źīģļėåźńą «Źīģļīēčņ-ĶŹ» [4].

Äė’ ļšīāåšźč ņī÷ķīńņč ÷čńėåķķīé ńõåģū ńīļīńņąāčģ šåēóėüņąņū ń ąķąėčņč÷åńźčģ šåųåķčåģ ģīäåėüķīćī ļščģåšą. Šąńńģīņščģ ÷ąńņķūé ńėó÷ąé šåīėīćč÷åńźīćī óšąāķåķč’ (3).

čēįąāčņüń’ īņ ńģåųąķķūõ ļšīčēāīäķūõ ā óšąāķåķč’õ (3). Ņąźčģ īįšąēīģ, īńņąøņń’ ėčųü šåųčņü ńėåäóžłåå óšąāķåķčå:

šąńńģīņščģ ļėīńźīå ņå÷åķčå ā’ēźīé ńęčģąåģīé ęčäźīńņč, ņ.å. y = 0. Äāčęåķčå ęčäźīńņč óńņąķīāčāųååń’, ńėåäīāąņåėüķī, āńå ļšīčēāīäķūå ļī āšåģåķč šąāķū ķóėž.

Ščńóķīź 1 – Īįėąńņü īļšåäåėåķč’ ēąäą÷č Īįåēšąēģåščģ óšąāķåķčå (8), āāåä’ įåēšąēģåšķūå źīīšäčķąņū, ńėåäóžłčģ īįšąēīģ:

Óšąāķåķčå (8) ļščķčģąåņ ńėåäóžłčé āčä:

Šåųåķčå óšąāķåķč’ (11) ģīęåņ įūņü ķąéäåķī ļšč ļīģīłč šąēėīęåķč’ ōóķźöčč õ ā š’ä ļī ńņåļåķ’ģ ģąėīćī ļąšąģåņšą :

Ļīäńņąāė’åģ (12) ā (11) č, ļīńėå ćšóļļčšīāźč ÷ėåķīā ń īäčķąźīāūģč ńņåļåķ’ģč, ļīėó÷ąåģ óšąāķåķčå āčäą:

ļīńėåäīāąņåėüķīńņü ėčķåéķūõ źšąåāūõ ēąäą÷:

Ćšąķč÷ķūå óńėīāč’ ’āė’žņń’ äīńņąņī÷ķī ļšīńņūģč, ą čģåķķī: x šąāķ’åņń’ ķóėž ļšč x = 0, ó = 0, ó = č ļščķčģąåņ ļšīčēāīėüķūå ēķą÷åķč’ ķą āūõīäå čē źąķąėą. Šåųåķčå ļåšāīćī óšąāķåķč’ čē (13) ā äāóģåšķīģ ńėó÷ąå, óäīāėåņāīš’žłåå ķóėåāūģ ćšąķč÷ķūģ óńėīāč’ģ ķą ņšøõ ńņīšīķąõ, ģīęķī ļšåäńņąāčņü ļšč ļīģīłč š’äą [5]:

Ļīäńņąāčā ļīėó÷åķķīå ķóėåāīå ļščįėčęåķčå (14) āī āņīšīå óšąāķåķčå ńčńņåģū (13) čģååģ:

ļšåäļīėīęčā, ÷ņī A čēāåńņķī. Ņīćäą óšąāķåķčå ļščģåņ ńėåäóžłčé āčä:

Čģåžņń’ äāą ļóņč šåųåķč’ óšąāķåķč’ (15). Īäčķ čē ķčõ ńīńņīčņ ā šąēėīęåķčč ōóķźöčč ā äāīéķīé š’ä Ōóšüå:

Żņīņ āąščąķņ äīńņąņī÷ķī ļšīńņīé ąķąėčņč÷åńźč, ķī ń āū÷čńėčņåėüķīé ņī÷źč ēšåķč’ äīńņąņī÷ķī ńėīęķūé. Äšóćīé ńļīńīį ńīńņīčņ ā ļšåäńņąāėåķčč šåųåķč’ ā āčäå š’äą:

- ōóķźöč’ Ćščķą äė’ ķåīäķīšīäķīćī óšąāķåķč’.

Ļīäńņąāė’’ (18) ā (17) č ļšīčķņåćščšīāąā, ļīėó÷čģ ÷ąńņķīå šåųåķčå óšąāķåķč’ (15) ļšč m = 1 :

Ļīėó÷åķķūå ļščįėčęåķč’ (14) č (19) ļīäńņąāčģ ā š’ä (12). Ńėąćąåģūģč, ńīäåšęąłčģč āūńųčå ńņåļåķč ģąėīćī ļąšąģåņšą ļšåķåįšåęåģ. Ņąźčģ īįšąēīģ, ÷ąńņķīå šåųåķčå óšąāķåķč’ (11) ļščģåņ ńėåäóžłčé āčä:

×čńėåķķīå šåųåķčå ēąäą÷č (7) ļīėó÷åķī ń čńļīėüēīāąķčåģ ģåņīäą źīķå÷ķūõ żėåģåķņīā [6]. Čńõīäķą’ īįėąńņü įūėą šąēįčņą ķą ņšåóćīėüķčźč ń ėčķåéķīé čķņåšļīė’öčåé ńźīšīńņåé. Ā źą÷åńņāå ćšąķč÷ķūõ óńėīāčé ķą āåšõķåé, ėåāīé č ķčęķåé ćšąķčöąõ źąķąėą ļščģåģ ņå ęå óńėīāč’ ļščėčļąķč’, ÷ņī č ā ąķąėčņč÷åńźīģ šåųåķčč.

Ķą āūõīäå čē źąķąėą ēąäąäčģ ķīšģąėüķūå č źąńąņåėüķūå ķąļš’ęåķč’, źīņīšūå īļšåäåėčģ čē šåīėīćč÷åńźīćī óšąāķåķč’ (3) ļīäńņąķīāźīé ā ķåćī ąķąėčņč÷åńźč ķąéäåķķīćī ļīė’ ńźīšīńņåé.

Šåēóėüņąņū ńīļīńņąāėåķč’ ąķąėčņč÷åńźīćī č ÷čńėåķķīćī šåųåķčé ļščāåäåķū ķą ščń.2.

Ščńóķīź 2 – Šąńļšåäåėåķčå ńźīšīńņč ļī ųčščķå źąķąėą. Ąķąėčņč÷åńźīå č Ńõīäčģīńņü ź ńņąöčīķąšķīģó šåųåķčž äīńņčćąåņń’ ēą 3 čņåšąöčč ļšč ēąäąķķīé äīļóńņčģīé ļīćšåųķīńņč 0,0001%. Īņźėīķåķčå ÷čńėåķķīćī šåųåķč’ īņ ąķąėčņč÷åńźīćī ńīńņąāė’åņ 2%.

Ņąźčģ īįšąēīģ, ÷čńėåķķą’ ńõåģą ķą šąńńģīņšåķķīģ ģīäåėüķīģ ļščģåšå äąåņ šåēóėüņąņū, õīšīųī ńīćėąńóžłčåń’ ń ąķąėčņč÷åńźčģ šåųåķčåģ ļīńņąāėåķķīé źšąåāīé ēąäą÷č ī ņå÷åķčč ā’ēźīé ńļėīųķīé ńšåäū.

[1] Ąóėü÷åķźī Ń.Ģ., Źąėåäčķ Ā.Ī., Ąķčźčķą Ž.Ā. Ģīäåėčšīāąķčå ģåõąķčēģą ńķčęåķč’ ńīļšīņčāėåķč’ īįīėī÷åź ņåė āšąłåķč’, īįņåźąåģūõ ā’ēźīé ęčäźīńņüž // Ļčńüģą ā ĘŅŌ. 2007. Ņ. 33, āūļ. 17. Ń. 83-88.

[2] Ąóėü÷åķźī Ń.Ģ., Źąėåäčķ Ā.Ī., Ųļąźīāą Ž.Ā. Āūķóęäåķķūå źīėåįąķč’ īįīėī÷åź ņåė āšąłåķč’, īįņåźąåģūõ ā’ēźīé ęčäźīńņüž // Ļčńüģą ā ĘŅŌ. 2009. Ņ. 35, āūļ. 3. Ń. 33-39.

[3] Ģåéē Äę. Ņåīšč’ č ēąäą÷č ģåõąķčźč ńļėīųķūõ ńšåä. Ģ.: ĖŹČ, 2007. 320 ń.

[4] Įóšķūųåāą Ņ.Ā., Źąėåäčķ Ā.Ī., Šąāźīāńźą’ Č.Ā., Żļņåųåāą Ń.Ā. Šąēāčņčå ļąźåņą ļšīćšąģģ ģąņåģąņč÷åńźīćī ģīäåėčšīāąķč’ ńīļš’ęåķķūõ ēąäą÷ ģåõąķčźč ķåīäķīšīäķūõ źīķńņšóźöčé // Āåńņķčź ŹåģĆÓ. 2010. ¹1 (41) Ń. 3-8.

[5] Ģīšń Ō.Ģ., Ōåųįąõ Ć.. Ģåņīäū ņåīšåņč÷åńźīé ōčēčźč. Ģ.: Ģčš, 1960. 886 ń.

[6] Ńåćåšėčķä Ė. Ļščģåķåķčå ģåņīäą źīķå÷ķūõ żėåģåķņīā. Ģ.: Ģčš, 1979. 392 ń.

CHEMICAL SCIENCES

NEW METHOD OF RECEIVING THREE-INDIUM MONOSULPHIDE

Institute of Natural Resources of Naxvan Branch of National Academy of Sciences of

Abstract

New method of receiving three-indium monosulphide based to sedimentation In + thioacetamid in the water environment is developed. It is found out that In + ions at temperature 353-373 K and at an interval šĶ 1-4 are quantitatively sedimented by thioacetamid. With the help of chemical analysis the structure of deposit answering to a formula of In2S3 is established. With the help of method of spectral analysis adds in deposit are defined.

Keywords: indium chloride (III), thioacetamid, sedimentation, three-indium monosulphide, šĶ environment, chemical analysis, spectral analysis.

Šąēšąįīņąķ ķīāūé ģåņīä ļīėó÷åķč’ ņšåõńåšķčńņīćī čķäč’ īńķīāąķķīćī ź īńąęäåķčž In ņčīąńåņąģčäīģ ā āīäķīé ńšåäå. Āū’ńķåķī, ÷ņī In čīķū ļšč ņåģļåšąņóšå 353 – 373 Ź č ļšč čķņåšāąėå šĶ 1 – 4 źīėč÷åńņāåķķī īńąęäąžņń’ ņčīąńåņąģčäīģ. Õčģč÷åńźčģ ąķąėčēīģ óńņąķīāėåķ ńīńņąā īńąäźą, īņāå÷ąžłčé ōīšģóėå In2S3. Ģåņīäīģ ńļåźņšąėüķīćī ąķąėčēą īļšåäåėåķū ļščģåńč ā īńąäźå.

Źėž÷åāūå ńėīāą: õėīščńņūé čķäčé(III), ņčīąńåņąģčä, īńąęäåķčå, ņšåõńåšķčńņūé čķäčé, šĶ ńšåäū, õčģč÷åńźčé ąķąėčē, ńļåźņšąėüķūé ąķąėčē.

Ā ķąńņī’łåå āšåģ’ ńóėüōčä čķäč’(III) čńļīėüēóåņń’ ā īļņīżėåźņšīķčźå äė’ ńīēäąķč’ ōīņī÷óāńņāčņåėüķūõ ćåņåšīńņšóźņóš. Ā ņīģ ÷čńėå īķ ļščģåķ’åņń’ ā ąėüņåšķąņčāå ź ńóėüōčäó źąäģč’ źąź żźīėīćč÷åńźč įåēīļąńķūå ńīėķå÷ķūå įąņąšåč č ā ņīķźīńėīčńņūõ ōīņīżėåģåķņąõ.

Čēāåńņķū š’ä ģåņīäīā ļīėó÷åķč’ In2S3. Čē ķčõ įīėåå šąńļšīńņšąķåķķūå ńėåäóžłčå:

1) In2Ī3 ńķą÷ąėą īįšąįąņūāąåņń’ ļīä ńņšóåé ńåšīāīäīšīäą ļšč 773 Ź ņåģļåšąņóšå ā ņå÷åķčå 5 ÷ąńīā, ēąņåģ, ļīāūųą’ ņåģļåšąņóšó äī 973 Ź, ķąćšåāąåņń’ 8 ÷ąńīā; 2) čē šąńņāīšīā ńīėåé čķäč’(III) ļšč ķåéņšąėüķīé čėč ńėąįīźčńėīé (ļī óźńóńķīé źčńėīņå) ńšåäå īńąęäåķčåģ ńåšīāīäīšīäīģ; 3) ńļėąāėåķčå ńģåńč čķäč’ č ńåšū ā ąģļóėå ļšč ņåģļåšąņóšå āūųå 800 Ź.

Ā ļåšāīģ č āņīšīģ ģåņīäå čńļīėüēóžņń’ īņšąāė’žłčé īźšóęąžłóž ńšåäó ńåšīāīäīšīä, ą ņšåņüåģ ģåņīäå ņšåįóåņń’ āūńīźą’ ņåģļåšąņóšą. Ļī żņīģó čēūńźąķčå ķīāūõ żźīėīćč÷åńźč ķåāšåäķūõ č ņåõķīėīćč÷åńźč ļšīńņūõ ģåņīäīā ļīėó÷åķč’ In2S3 č ńåćīäķ’ ’āė’åņń’ ąźņóąėüķūģ āīļšīńīģ.

Šąēįīš ėčņåšąņóšķīćī ģąņåščąėą ļīźąēąė, ÷ņī čńńėåäīāąķčå óńėīāčé īńąęäåķč’ čķäč’ ņčīąńåņąģčäīģ ķå āńņšå÷ąåņń’. Ļīżņīģó ķąģč ļšīāåäåķī čńńėåäīāąķčå ļī āēąčģīäåéńņāčž ģåęäó õėīščäīģ čķäč’(III) ń ņčīąńåņąģčäīģ.

Rzaev B.Z., Mamedkhanova A.B., Żźńļåščģåķņąėüķą’ ÷ąńņü Ņčīąńåņąģčä ŃĶ3Ń(S)NH2 įåėīå źščńņąėėč÷åńźīå āåłåńņāī, õīšīųī šąńņāīš’åņń’ ā āīäå. Żźńļåščģåķņīģ įūėī āū’ńķåķī, ÷ņī ņčīąńåņąģčä ļšč čķņåšāąėå šĶ 1 – 12,5 äī źčļ’÷åķč’ šąńņāīšą ķå šąēėąćąåņń’ č ķå ļīäāåšćąåņń’ ķčźąźīģó čēģåķåķčž, äąęå ķå ļī’āė’åņń’ ģóņü ā šąńņāīšå. šĶ šąńņāīšą ņčīąńåņąģčäą ā ēąāčńčģīńņč īņ āē’ņīćī źīėč÷åńņāą čēģåķ’åņń’ īņ 4,6 äī 5,8.

Čē 0,1 Ģ šąńņāīšą õėīščäą čķäč’(III) īņįčšąžņń’ šąēķūå īįśåģū č īńąęäąåņń’ čķäčé 0,1 Ģ šąńņāīšīģ ņčīąńåņąģčäą (ņąįėčöą 1).

Čē äąķķūõ ņąįėčöū ķąćė’äķī āčäķī, ÷ņī, ķą÷čķą’ īņ 5,7 ģć äī 1,72 ć, čķäčé ģīęķī źīėč÷åńņāåķķī īńąęäąņü ā āčäå In2S3.

Ā ńėåäóžłčõ ńåšč’õ īļūņīā óņī÷ķåķī āėč’ķčå šĶ ńšåäū ķą ļīėķīņó īńąęäåķč’ In2S ņčīąńåņąģčäīģ (ņąįėčöą 2).

Čē äąķķūõ ņąįėčöū āčäķī, ÷ņī In2S3 ļšč šĶ 1 – 4 čķņåšāąėå źīėč÷åńņāåķķī īńąęäąåņń’ čē šąńņāīšą. Ķčęå šĶ 1 āūäåėåķķūé īńąäīź ÷ąńņč÷ķī šąńņāīš’åņń’, ą ļšč šĶ > InŃl3 ķą÷čķąåņń’ ćčäšīėčēīāąņüń’ č ļīėó÷ąžņń’ īńķīāķūå ķåšąńņāīščģūå ńīėč, ńģåųčāą’ńü ń īńąäźīģ, šåēóėüņąņū ļīėó÷ąžņń’ ēąāūųåķķūģč. Ļīżņīģó ļšč īńąęäåķčč čķäč’ ķåīįõīäčģī ńīįėžäąņü šĶ šąńņāīšą. Ńźąēąķķīå ņąźęå ķąćė’äķī āčäķī čē ćšąōčźą (ščń.) Ščń. Ēąāčńčģīńņü ļīėķīņū īńąęäåķč’ In2S3 īņ šĶ ńšåäū ņčīąńåņąģčäīģ ģīęķī ķąļčńąņü ā ķčęåńėåäóžłåģ āčäå:

2InCl3 + 3CH3C(S)NH2 + 3H2O = In2S3 + 3 CH3CONH2 + 6HCl Āū’ńķåķī, ÷ņī ņčīąńåņąģčäīģ īńąęäåķķūé ļšč īļņčģąėüķūõ óńėīāč’õ (ņåģļåšąņóšą 353 – 368 Ź, šĶ = 1 – 4) In2S3 ā ņå÷åķčå 10 – 15 ģčķ. āūäåė’åņń’ čē šąńņāīšą. Īļšåäåėåķą šąńņāīščģīńņü č āū÷čńėåķī ļšīčēāåäåķčå šąńņāīščģīńņč In2S3 – 1,12·10. Ļėīņķīńņü In2S ńīńņąāė’åņ 4,7 ć/ńģ.

Õčģč÷åńźčé ąķąėčē ńīńņąāą īńąäźą. Āūńóųåķķūé ņšč ņåģļåšąņóšå 378 – 383 Ź äī ļīńņī’ķķīé ģąńńū 0,4214 ć īńąäīź šąēėąćąåņń’ źīķöåķņščšīāąķķīé ąēīņķīé źčńėīņīé. Ļšč żņīģ īńąäīź šąēėąćąåņń’ č čķäčé ā āčäå ķčņšąņą ļåšåõīäčņ ā šąńņāīš. Ńóėüōčäķūå čīķū īźčńė’žņń’ äī ńóėüōąņ čīķīā. Åńėč ā šąńņāīšå īńņąķåņń’ ķåīźčńėåķķą’ ÷ąńņü ńåšū, ņī īļåšąöč’ īįšąįīņźč ąēīņķīé źčńėīņīé ļīāņīš’åņń’. Ēąņåģ šąńņāīš āūļąščāąåņń’ äī 10 ģė īįśåģą, ļåšåāīäčņń’ ā ģåšķóž źīėįó 500 ģė č äīāīäčņń’ äī ģåņźč äčńņčėėčšīāąķķīé āīäīé.

Čē šąńņāīšą, īņįčšą’ ļī 50 ģė, čķäčé īńąęäąåņń’ ąģģčąźīģ ā āčäå ćčäšīīźčńč. Īńąäīź ōčėüņšóåņń’ ÷åšåē ļėīņķūé ōčėüņš, ļšīģūāąåņń’ äčńņčėėčšīāąķķīé āīäīé, āūńóųčāąåņń’ ā ņåšģīńņąņå č ļšīźąėčāąåņń’ ā ģóōåėüķīé ļå÷č ļšč ņåģļåšąņóšå 673 Ź, āēāåųčāąåņń’ ā āčäå In2O3. Ōčėüņšąņ īņ īńąäźą ļīäźčńė’åņń’ ńīė’ķīé źčńėīņīé č ńóėüōąņ čīķīā īńąęäąåņń’ õėīščäīģ įąšč’ ā āčäå BaSO4. Īńąäīź ōčėüņšóåņń’, ļšīģūāąåņń’ äčńņčėėčšīāąķķīé āīäīé, äīāīäčņń’ äī ļīńņī’ķķīé ģąńńå ļšč ~ 573 Ź, āēāåųčāąåņń’. Ļī ģąńńó ļīėó÷åķķūõ īńąäźīā āū÷čńė’åņń’ ńīäåšęąķčå čķäč’ č ńåšū ā ńīńņąāå īńąäźą ņšåõńåšķčńņīćī čķäč’ (ņąįėčöą 3).

Õčģč÷åńźčé ąķąėčē īńąäźą ņšåõńåšķčńņīćī čķäč’ 0, Ķąéäåķķūå šåēóėüņąņū ļīźąēūāąžņ, ÷ņī ńīńņąā īńąäźą īņāå÷ąåņ ōīšģóėå – In2S3.

Ļšīāåäåķ ńļåźņšąėüķūé ąķąėčē īńąäźą ķą ļščįīšå ČŃĻ-30 (ņąįėčöą 4).

Ļščģå÷ąķčå: ķåņ – ļīźąēūāąåņ ķčęå ÷óāńņāčņåėüķīńņč ļščįīšą Īńķīāūāą’ńü ķą šåēóėüņąņū ńļåźņšąėüķīćī ąķąėčēą, ģīęķī ēąźėž÷čņü, ÷ņī ļīėó÷åķķūé ķīāūģ ģåņīäīģ ņšåõńåšķčńņūé čķäčé ļī ÷čńņīņå īņāå÷ąåņ ņšåįīāąķč’ģ, ļšåäś’āė’åģūģ ź āūńīźī÷čńņūģ āåłåńņāąģ. Ļīżņīģó åćī ģīęķī čńļīėüēīāąņü źąź ģąņåščąė ļšč ļīėóļšīāīäķčźīāīé ņåõķčźå.

SORPTION AND FLUORIMETRIC DEFINITION OF IONS ŃU (II)

Abstract

Not covalent immobilization 4,5-diphenyl-2 (2-hydroxyphenyl) imidazole ((Im) on surface of the inorganic carrier «Silochrome C-60» is investigated. It is established that ions of copper (II) form with Im the steady complex possessing property of fluorescence in solution and on a surface of a sorbent. Intensity of fluorescence depends on concentration of copper (II) in a wide range of concentration.

Keywords: sorption, 4,5-diphenyl-2 (2-hydroxyphenyl) imidazole, not covalent immobilization, copper (II), fluorescence.

Čńńėåäīāąķą ķåźīāąėåķņķą’ čģģīįčėčēąöč’ 4,5-äčōåķčė-2 (2-ćčäšīźńčōåķčė) čģčäąēīėą ((Im) ķą ļīāåšõķīńņč ķåīšćąķč÷åńźīćī ķīńčņåė’ «Ńčėīõšīģ Ń-60». Óńņąķīāėåķī, ÷ņī čīķū ģåäč (II) īįšąēóžņ ń Im óńņīé÷čāūé źīģļėåźń, īįėąäąžłčé ńāīéńņāīģ ōėóīšåńöåķöčč ā šąńņāīšå č ķą ļīāåšõķīńņč ńīšįåķņą. Čķņåķńčāķīńņü ōėóīšåńöåķöčč ēąāčńčņ īņ źīķöåķņšąöčč ģåäč (II) ā ųčšīźīģ äčąļąēīķå źīķöåķņšąöčé.

Źėž÷åāūå ńėīāą: ńīšįöč’, 4,5-äčōåķčė-2 (2-ćčäšīźńčōåķčė) čģčäąēīė, ķåźīāąėåķņķą’ čģģīįčėčēąöč’, ģåäü (II), ōėóīšåńöåķöč’.

Vovod Yu.V., Uskova E.N., Okina E.V., Ļīčńź ļšīńņūõ ļīäõīäīā ź ļīėó÷åķčž ķīāūõ ńīšįåķņīā źąź äė’ ńīšįöčīķķīćī źīķöåķņščšīāąķč’, ņąź č äė’ šąēäåėåķč’, ļī-ļšåęķåģó īńņąåņń’ ąźņóąėüķīé ēąäą÷åé, ļšč÷åģ šąēāčņčå ģåņīäīā źīķöåķņščšīāąķč’ č šąēäåėåķč’, ńīēäąķčå ķīāūõ ÷óāńņāčņåėüķūõ č ńåėåźņčāķūõ ģåņīäīā īļšåäåėåķč’ ķåīšćąķč÷åńźčõ č īšćąķč÷åńźčõ ńīåäčķåķčé ņåńķī ńā’ēąķī ń čńļīėüēīāąķčåģ čģģīįčėčēīāąķķūõ ąķąėčņč÷åńźčõ šåąćåķņīā. Čģåķķī ļščģåķåķčå ńīšįöčč ķą čīķīīįģåķķūõ č źīģļėåźńīīįšąēóžłčõ ńīšįåķņąõ äė’ äąķķūõ öåėåé ļšåäńņąāė’åņń’ ķąčįīėåå żōōåźņčāķūģ, ļīżņīģó, ļīčńź ķīāūõ ńåėåźņčāķūõ č żźīķīģč÷åńźč āūćīäķūõ ńīšįåķņīā äė’ ąķąėčņč÷åńźčõ öåėåé ’āė’åņń’ ķą ńåćīäķ’ųķčé äåķü ąźņóąėüķīé ļšīįėåģīé.

Ķą īńķīāąķčč żņīćī ā ķąńņī’łåé šąįīņå ńņąāčėąńü ēąäą÷ą ļīėó÷åķč’ ķīāīćī ńīšįöčīķķīćī ģąņåščąėą, ńī÷åņąžłåćī ā ńåįå ļīāūųåķķóž ńīšįöčīķķóž åģźīńņü č ńåėåźņčāķīńņü ļī ńšąāķåķčž ń čńõīäķūģ ķåīšćąķč÷åńźčģ ńīšįåķņīģ. Āūįīš ā źą÷åńņāå īńķīāū äė’ čģģīįčėčēąöčč īšćąķč÷åńźīćī šåąćåķņą ńčėīõšīģą Ń-60 īįóńėīāėåķ åćī õčģč÷åńźīé ńņīéźīńņüž, ģåõąķč÷åńźīé ļšī÷ķīńņüž, ņåšģīńņąįčėüķīńņüž č āūńīźīé ńźīšīńņüž ģąńńīįģåķą.

Ā źą÷åńņāå ļīāåšõķīńņķīćī ģīäčōčźąņīšą įūė āūįšąķ šåąćåķņ źėąńńą čģčäąēīėīā 4,5-äčōåķčė-2(2-ćčäšīźńčōåķčė)čģčäąēīė (Im), źīņīšūé įūė ńčķņåēčšīāąķ ķą źąōåäšå īšćąķč÷åńźīé õčģčč Čķńņčņóņą ōčēčźč č õčģčč ĢĆÓ čģ. Ķ.Ļ. Īćąšåāą. Åćī żėåģåķņķūé ńīńņąā č įšóņņī-ōīšģóėą ļīäņāåšęäåķū ń ļīģīłüž CHNSO-żėåģåķņķīćī ąķąėčēąņīšą Vario Micro Cube (Elementar). Čńļīėüēīāąķčå äąķķīćī šåąćåķņą īįóńėīāėåķī ķąėč÷čåģ ķåńźīėüźčõ ōóķźöčīķąėüķūõ ćšóļļ ā åćī ńņšóźņóšå - NH č ĪĶ, ņąź źąź, äė’ ņīćī, ÷ņīįū īšćąķč÷åńźčé šåąćåķņ ģīć ńėóęčņü ģīäčōčźąņīšīģ ļīāåšõķīńņč ńīšįåķņą-ķīńčņåė’, åćī ńņšóźņóšą äīėęķą ńīäåšęąņü źąź ģčķčģóģ äāå ōóķźöčīķąėüķūå ćšóļļčšīāźč. Īäķą čē ķčõ ’āė’åņń’ ’źīšķīé č īįåńļå÷čāąåņ ēąźšåļėåķčå ģīäčōčźąņīšą ķą ļīāåšõķīńņč, äšóćą’ īńņąåņń’ ńāīįīäķīé č īįóńėąāėčāąåņ ńāīéńņāą ļīėó÷åķķīćī ńīšįöčīķķīćī ģąņåščąėą. Ń żņīé ņī÷źč ēšåķč’ įūėī ļåšńļåźņčāķūģ čńļīėüēīāąņü äė’ ģīäčōčźąöčč ļīāåšõķīńņč ńčėīõšīģą Ń- ļšåäńņąāėåķķūé ģķīćīōóķźöčīķąėüķūé īšćąķč÷åńźčé ąķąėčņč÷åńźčé šåąćåķņ. Īńķīāķīé ļšīįėåģīé ļšč åćī čńļīėüēīāąķčč ńņąėī ļšąźņč÷åńźīå īņńóņńņāčå äąķķūõ ļī åćī ąķąėčņč÷åńźčģ ńāīéńņāąģ, ā ņīģ ÷čńėå, ī āīēģīęķīńņč īįšąēīāąķč’ óńņīé÷čāūõ źīģļėåźńīā ń čńńėåäóåģūģč čīķąģč ā šąńņāīšå. Ļīżņīģó ļåšāūģ żņąļīģ čńńėåäīāąķč’ ńņąėī čēó÷åķčå ńļåźņšīā ļīćėīłåķč’ šåąćåķņą ā ÓŌ-īįėąńņč ń öåėüž óńņąķīāėåķč’ āīēģīęķīńņč īįšąēīāąķč’ źīīšäčķąöčīķķūõ ńīåäčķåķčé ń čīķąģč ģåäč(II).

Ķåźīāąėåķņķą’ čģģīįčėčēąöč’ Im ķą ļīāåšõķīńņč ńčėīõšīģą ļšīāīäčėąńü ģåņīäīģ čģļšåćķčšīāąķč’ ń ó÷åņīģ åģźīńņč ļī ģīäčōčźąņīšó 60 ģźģīėü/ć čē ńļčšņīāīćī šąńņāīšą.

Óńņīé÷čāīå ēąźšåļėåķčå ģīäčōčźąņīšą ķą ļīāåšõķīńņč ķīńčņåė’ īįóńėąāėčāąåņń’ ī÷åķü ķčēźīé šąńņāīščģīńņüž Im ā āīäķūõ šąńņāīšąõ. Ńīšįåķņ āūńóųčāąėń’ ļšč źīģķąņķīé ņåģļåšąņóšå äī ļīėķīćī óäąėåķč’ šąńņāīščņåė’.

Ķåźīāąėåķņķą’ čģģīįčėčēąöč’ šåąćåķņīā ķą ļīāåšõķīńņč ńīšįåķņą įūėą ļīäņāåšęäåķą ģåņīäīģ šąńņšīāīé żėåźņšīķķīé ńļåźņšīńźīļčč ķą ģķīćīōóķźöčīķąėüķīģ šąńņšīāīģ żėåźņšīķķīģ ģčźšīńźīļå QUANTA 200i 3D č źąšņąģč šąńļšåäåėåķč’ ā ņī÷źå č ļī ļīāåšõķīńņč, ļīėó÷åķķūģč ļī äąķķūģ żķåšćīäčńļåšńķīćī šåķņćåķīńļåźņšąėüķīćī ąķąėčēą ļšč óāåėč÷åķčč īņ 100 äī 3000 šąē. Ōīņīćšąōč’ īįšąēöą ļšč 1600-źšąńņķīģ óāåėč÷åķčč ļšåäńņąāėåķą ķą ščńóķźå 1.

Ščń. 1. Čēīįšąęåķčå ēåšåķ ńčėīõšīģą Ń-60, ģīäčōčöčšīāąķķīćī Im, Čńńėåäīāąķčå ńīšįöčīķķūõ õąšąźņåščńņčź ļščćīņīāėåķķīćī ņąźčģ īįšąēīģ ńīšįåķņą ńņąėī ńėåäóžłčģ żņąļīģ ķąńņī’łåé šąįīņū. Ā šåēóėüņąņå ÷åćī įūėī óńņąķīāėåķī, ÷ņī ńīšįöčīķķīå čēāėå÷åķčå čīķīā ģåäč(II) čē šąńņāīšīā ’āė’åņń’ šĶ-ēąāčńčģūģ ļšīöåńńīģ, īļņčģąėüķīå ēķą÷åķčå źčńėīņķīńņč ńšåäū äė’ źīėč÷åńņāåķķīćī čēāėå÷åķč’ ńīńņąāė’åņ 5,0Ā źą÷åńņāå ńīšįåķņą äė’ čēāėå÷åķč’ č źīķöåķņščšīāąķč’ ā ćčįščäķūõ ģåņīäąõ ąķąėčēą āīēģīęķī ļščģåķåķčå ģąņåščąėą, ļīėó÷åķķīćī ā ķąńņī’łåģ čńńėåäīāąķčč, ļīńźīėüźó īńīįåķķīńņüž čēó÷ąåģīćī ģīäčōčźąņīšą ’āė’åņń’ åćī ōėóīšåńöåķöč’ ļšč źīģķąņķīé ņåģļåšąņóšå ā šåēóėüņąņå āēąčģīäåéńņāč’ ń ÓŌ-čēėó÷åķčåģ.

Ā ķąńņī’łåé šąįīņå įūėī óńņąķīāėåķī, ÷ņī ōėóīšåńöåķņķūå ńāīéńņāą Im ļšī’āė’žņń’ ķå ņīėüźī ā żņąķīėüķūõ šąńņāīšąõ, ķī č ńīõšąķ’žņń’ ā ōąēå ńīšįåķņą, ļšč÷åģ ōėóīšåńöåķņķūģč ńāīéńņāąģč īįėąäąåņ źąź ńąģ šåąćåķņ, ņąź č åćī źīģļėåźńū ń čēó÷ąåģūģč ģåņąėėąģč.

Źīģļėåźńū ń čīķąģč ģåäč(II) čģåžņ ųčšīźčå ģąėīõąšąźņåšķūå šąēģūņūå ļīėīńū ōėóīšåńöåķöčč, ėčųåķķūå ÷åņźī āūšąęåķķīé źīėåįąņåėüķīé ńņšóźņóšū, ÷ņī äīźąēūāąåņń’ ļīėó÷åķķūģč ā ōąēå ńīšįåķņą ńļåźņšąģč ōėóīšåńöåķöčč. Ńļåźņšū ōėóīšåńöåķöčč źīģļėåźńīā čīķīā ģåäč(II) ń Im ļšč šĶ 5,0 ļšåäńņąāėåķū ķą ščńóķźå 2.

Ščń.2. Ńļåźņšū ōėóīšåńöåķöčč źīģļėåźńīā ģåäč ń Im ļšč šĶ 5,0: ń(Cu )=10 ģīėü/ė (1);

ń(Cu )=10 ģīėü/ė (2); ń(Cu )=10 ģīėü/ė (3); ń(Cu )=10 ģīėü/ė (4) Ćšąäóčšīāī÷ķūé ćšąōčź ļšåäńņąāėåķ ķą ščńóķźå 3.

Ščń. 3. Ēąāčńčģīńņü čķņåķńčāķīńņč ōėóīšåńöåķöčč īņ źīķöåķņšąöčč ģåäč ā źīģļėåźńå Ļšåäėīęåķķą’ ķąģč ģåņīäčźą ńīšįöčīķķī-ōėóīščģåņšč÷åńźīćī īļšåäåėåķč’ čīķīā ģåäč(II) ’āė’åņń’ ļšīńņīé ā ąļļąšąņóšķīģ šåųåķčč, żźńļšåńńķīé č äīńņąņī÷ķī ķąäåęķīé ļšč īļšåäåėåķčč ģčźšīźīėč÷åńņā čńńėåäīāąķķūõ čīķīā ģåņąėėīā. Ņåńņčšīāąķčå ģåņīäčźč ļī ńõåģå "āāåäåķī-ķąéäåķī" äė’ ģīäåėüķūõ šąńņāīšīā čīķīā šąēėč÷ķīé źīķöåķņšąöčč ńāčäåņåėüńņāóåņ ī ķąäåęķīńņč ļīėó÷ąåģūõ šåēóėüņąņīā.

BIOLOGICAL SCIENCES

ARRANGEMENT OF MOTOR REPRESENTATIONS OF FACE AND SOMATIC

MUSCLES IN MOTOR CORTEX DJUNGARIAN HAMSTER (PHODOPUS

Abstract

In this research the results on contouring motor neocortex of Asian hamster are presented. By means of intra cortical microstimulation localization, the general borders and the areas of efferentny zones in the motor bark, responsible for work obverse and somatic muscles are revealed. It is possible to assume that cortical system of regulation of movements whiskers at this representative of rodents less specific, unlike rats close to an origin and mice. According to the analysis of individual cards it was revealed that the impellent representation whiskers and upper lip on the area in the left hemisphere more than in the right hemisphere, it is observed hemispheric asymmetry of an arrangement of these impellent representations that earlier it was revealed at white mice.

Keywords: motor neocortex, impellent representations, Asian hamster, hemispheric asymmetry.

Ā äąķķīģ čńńėåäīāąķčč ļšåäńņąāėåķū šåēóėüņąņū ļī źąšņčšīāąķčž ģīņīšķīćī ķåīźīšņåźńą äęóķćąšńźīćī õīģ’÷źą. Ń ļīģīłüž āķóņščźīšźīāīé ģčźšīńņčģóė’öčč āū’āėåķū ėīźąėčēąöč’, īįłčå ćšąķčöū č ļėīłąäč żōōåšåķņķūõ ēīķ ā ģīņīšķīé źīšå, īņāåņńņāåķķūõ ēą šąįīņó ėčöåāīé č ńīģąņč÷åńźīé ģóńźóėąņóšū. Ģīęķī ļšåäļīėīęčņü, ÷ņī źīšźīāą’ ńčńņåģą šåćóė’öčč äāčęåķčé āčįščńń ó äąķķīćī ļšåäńņąāčņåė’ ćšūēóķīā ģåķåå ńļåöčąėčēčšīāąķą, ā īņėč÷čå īņ įėčēźčõ ļšīčńõīęäåķčž źšūń č ģūųåé. Ļī äąķķūģ ąķąėčēą čķäčāčäóąėüķūõ źąšņ įūėī īįķąšóęåķī, ÷ņī äāčćąņåėüķīå ļšåäńņąāčņåėüńņāī āčįščńń č āåšõķåé ćóįū ļī ļėīłąäč ā ėåāīģ ļīėóųąščč įīėüųå, ÷åģ ā ļšąāīģ ļīėóųąščč, ķąįėžäąåņń’ ģåęļīėóųąšķą’ ąńčģģåņšč’ šąńļīėīęåķč’ żņčõ äāčćąņåėüķūõ ļšåäńņąāčņåėüńņā, ÷ņī šąķåå įūėī īįķąšóęåķī ó įåėūõ ģūųåé.

Źėž÷åāūå ńėīāą: ģīņīšķūé ķåīźīšņåźń, äāčćąņåėüķūå ļšåäńņąāčņåėüńņāą, äęóķćąšńźčé õīģ’÷īź, ģåęļīėóųąšķą’ ąńčģģåņšč’.

Ļšīāåäåķū żźńļåščģåķņū ķą ķåėčķåéķūõ āēšīńėūõ äęóķćąšńźčõ õīģ’÷źąõ īįīåćī ļīėą ģąńńīé 22-28 ć. Ńźąėüļčšīāąķčå ļšīčēāīäčėīńü ļīä īįłåé č ģåńņķīé ąķåńņåēčåé ņčīļåķņąėīģ ķąņšč’ 85-90 ģć/źć āķóņščįšžųčķķī, 0,5% ķīāīźąčķīģ 0,1-0,3 ģė ļīäźīęķī.

Źšąķčīņīģč’ īńółåńņāė’ėąńü ķąä ēīķīé ōšīķņąėüķīé č ņåģåķķīé īįėąńņč ķåīźīšņåźńą.

Ęčāīņķīå ęåńņźī ōčźńčšīāąėīńü ź źšīķųņåéķąģ ńņåšåīņąźńč÷åńźīćī ąļļąšąņą. Äė’ Hudyakova N.A., ģīķīļīė’šķīé āķóņščźīšźīāīé ńņčģóė’öčč (ĀŹĢŃ) čńļīėüēīāąėč ńņåźė’ķķūå ģčźšīżėåźņšīäū ńīļšīņčāėåķčåģ īźīėī 1 ĢĪģ, ēąļīėķåķķūå 1.5 Ģ šąńņāīšīģ öčņšąņą ķąņšč’. Äčąģåņš źīķ÷čźą żėåźņšīäą ńīńņąāė’ė 10 ģźģ. Ģčźīšīżėåźņšīäū ļīćšóęąėč ń ļīģīłüž ģåõąķč÷åńźīćī ģąķčļóė’ņīšą ā ļšąāīå čėč ėåāīå ļīėóųąščå ń ųąćīģ 0,5 ģģ. Ń ó÷åņīģ ņīėłčķū źīšū ńņčģóė’öčž ļšīāīäčėč äī ćėóįčķū 2,0 ģģ. Čķäčōōåšåķņķūģ żėåźņšīäīģ ńėóęčėą ļīēīėī÷åķķą’ ļėąńņčķźą, źīņīšą’ źīķņąźņčšīāąėą ń ļīāåšõķīńņüž óųķīé šąźīāčķū ęčāīņķīćī. Äė’ ĀŹĢŃ čńļīėüēīāąėč źīšīņźčå ńåščč čģļóėüńīā äėčņåėüķīńņüž 0,3ń, ń ÷ąńņīņīé 300-400 čģļ/ń, ļī 7 čģļóėüńīā ā ļą÷źå. Ļīšīćīāūå ņīźč āąšüčšīāąėč īņ 5 äī 50 ģźĄ. Õąšąźņåš č ėīźąėčēąöčž äāčćąņåėüķūõ īņāåņīā (ÄĪ) īļšåäåė’ėč ń ļīģīłüž ļš’ģīćī āčēóąėüķīćī źīķņšīė’. Įåńźīķņąźņķóž šåćčńņšąöčž ėąņåķņķūõ ļåščīäīā (ĖĻ) ÄĪ ļšīčēāīäčėč ń ļīģīłüž ōīņīäčīäą č ļīäźėž÷åķķīćī ź ķåģó żėåźņšč÷åńźīćī ņąéģåšą, ļščķöčļ šąįīņū źīņīšīćī īńķīāąķ ķą ńčķõšīķķīģ ēąļóńźå īņń÷åņą āšåģåķč ńī ńņčģóė’ņīšą č īńņąķīāźå āšåģåķč īņń÷åņą ńäāčćīģ āåėč÷čķū żėåźņšč÷åńźīćī ļīņåķöčąėą āūēūāąåģīćī ōīņīäčīäīģ.

Šąēšåųąžłą’ ńļīńīįķīńņü żėåźņšīņąéģåšą - äī 10 ģźń. Ļī šåēóėüņąņąģ źąęäīćī īļūņą ńņšīčėąńü čķäčāčäóąėüķą’ źąšņą šąńļīėīęåķč’ äāčćąņåėüķūõ ļšåäńņąāčņåėüńņā (ÄĻ). Ļī äąķķīé źąšņå āūń÷čņūāąėąńü ļėīłąäü źąęäīćī ÄĻ ā ėåāīģ č ļšąāīģ ļīėóųąščč. Äąėåå ļī źščņåščž ēķąźīā (Z) óńņąķąāėčāąėč äīńņīāåšķīńņü ļšåīįėąäąķč’ ļī ļėīłąäč ā źąźīģ-ėčįī ļīėóųąščč ÄĻ. Ļī šåēóėüņąņąģ 20 īļūņīā įūėč ļīńņšīåķū ņąźęå ńóģģąöčīķķūå źąšņū äė’ źąęäīćī ÄĻ ėčöåāīé č ńīģąņč÷åńźīé ģóńźóėąņóšū.

Čē 20 čńńėåäīāąķķūõ ęčāīņķūõ ó 14 ļīćšóęåķč’ ģčźšīżėåźņšīäą ļšīčēāīäčėč ā īįīčõ ļīėóųąšč’õ, ó 2 - ā ļšąāīģ č ó 4 - ā ėåāīģ. Āńėåäńņāčå īļåšąöčīķķīćī ķąšźīēą ā ļåšāūé ÷ąń ķąįėžäąėčńü āūńīźčå ļīšīćč āūēīāą ÄĪ ńīģąņč÷åńźčõ č ėčöåāūõ ģūųö (īźīėī ģźĄ), ÷ņī ńāčäåņåėüńņāóåņ ī ķčēźīé āīēįóäčģīńņč öåķņšąėüķīé ķåšāķīé ńčńņåģū. Ļīżņīģó īńķīāķūå ķąįėžäåķč’ ļšīčēāīäčėčńü ńļóńņ’ ķåźīņīšīå āšåģ’ (÷åšåē 1-1,5 ÷ąńą) ļīńėå āāåäåķč’ ķąšźīēą, źīćäą āīńńņąķąāėčāąėčńü šåōėåźņīšķūå šåąźöčč ęčāīņķūõ ķą ņąźņčėüķūå, ņåģļåšąņóšķūå č ēāóźīāūå šąēäšąęčņåėč, č ļīšīćč ĀŹĢŃ ńķčęąėčńü äī óšīāķ’, ńīīņāåņńņāóžłåćī ļščģåšķī ņąźīāīģó ó äšóćčõ ćšūēóķīā [2]. Ģąźńčģąėüķūģ ļšåäåėīģ äīļóńņčģūõ ņīźīā ļšč ĀŹĢŃ ń÷čņąėč 40-50 ģźĄ. Ńņčģóė’öč’ ņīźąģč ńāūųå 50 ģźĄ ģīćėą āūēūāąņü āēäšąćčāąķčå ęčāīņķīćī, ėčįī ńģåųąķķūå ÄĪ, ńā’ēąķķūå ń īįųčšķūģ šąäčóńīģ ēąņåźąķč’ ņīźą ķą įėčęąéųčå ēīķū ÄĻ. Ģčķčģąėüķūå ņīźč, ļšč źīņīšūõ āūēūāąėčńü äīńņīāåšķūå äāčćąņåėüķūå šåąźöčč, ńīńņąāė’ėč 5 ģźĄ. Ī÷åķü ÷ąńņī ķąįėžäąėčńü ńģåųąķķūå ÄĪ, ā źīņīšūõ, ķą š’äó ń äāčćąņåėüķūģč šåąźöč’ģč ńīģąņč÷åńźīé ģóńźóėąņóšū īäķīāšåģåķķī āīēķčźąėč īņāåņū ėčöåāūõ ģūųö. Įūėč īįķąšóęåķū čēģåķåķč’ ÄĪ ā ļšåäåėąõ īäķīćī ņšåźą ļšč ļīćšóęåķčč żėåźņšīäą ā ćėóįčķó.

ĀŹĢŃ ģīņīšķīćī ķåīźīšņåźńą äęóķćąšńźīćī õīģ’÷źą āūēūāąėą ÄĪ ńīģąņč÷åńźīé ģóńźóėąņóšū (ļåšåäķčõ č ēąäķčõ źīķå÷ķīńņåé) č ėčöåāūõ ģūųö (āčįščńń, āåšõķåé ćóįū, āåšõķåćī āåźą, óųķīé šąźīāčķū č ķčęķåé ÷åėžńņč). Āī āńåõ īļūņąõ įūėī īįķąšóęåķī ļšåīįėąäąķčå źīķņšąėąņåšąėüķīćī õąšąźņåšą ÄĪ źīķå÷ķīńņåé, ą ņąź ęå āū’āėåķ ļšåčģółåńņāåķķī čļńčėąņåšąėüķūé õąšąźņåš īņāåņīā ėčöåāīé ģóńźóėąņóšū.

ÄĻ ļåšåäķčõ źīķå÷ķīńņåé īįķąšóęčāąåņń’ źąź ā ļšąāīģ, ņąź č ā ėåāīģ ļīėóųąščč, ’āė’åņń’ ńąģūģ īįųčšķūģ ļī ļėīłąäč č ēąķčģąåņ ļšąźņč÷åńźč āńž īįėąńņü źąšņčšīāąķč’ ā īįīčõ ļīėóųąšč’õ. Īįłą’ ļėīłąäü ÄĻ ļåšåäķčõ źīķå÷ķīńņåé ā ģīņīšķīģ ķåīźīšņåźńå äęóķćąšńźīćī õīģ’÷źą ńīńņąāčėą 16.7 ģģ2: ā ėåāīģ ļīėóųąščč - 8.4 ģģ2, ą ā ļšąāīģ - 8.3 ģģ (Z=2, š>0.05). ÄĻ ļåšåäķåé źīķå÷ķīńņč šąńļīėąćąåņń’ źąź šīńņšąėüķåå (äī 2.0 ģģ), ņąź č źąóäąėüķåå (äī 2.0 ģģ) įšåćģąėüķīćī ųāą, ėąņåšąėüķūå ćšąķčöū ķąõīä’ņń’ ā ļšåäåėąõ 3. ģģ. Ļīšīćč āūēīāą ÄĪ ģūųö ļåšåäķčõ źīķå÷ķīńņåé āąšüčšóžņ ā ļšåäåėąõ īņ 15 äī 30 ģźĄ (ńšåäķåå 17.57±0.44 ģźĄ; n=171). ÄĪ ģūųö ļåšåäķčõ źīķå÷ķīńņåé ķīń’ņ źīķņšąėąņåšąėüķūé õąšąźņåš (ā ļšąāīģ ļīėóųąščč äīė’ źīķņšąėąņåšąėüķūõ īņāåņīā ńīńņąāė’åņ 84%, ā ėåāīģ čļńčėąņåšąėüķūå īņāåņū ķąįėžäąžņń’ ēķą÷čņåėüķī šåęå (ā ļšąāīģ ļīėóųąščč 12%, ą ā ėåāīģ - 6%). Ėąņåķņķūå ļåščīäū āąšüčšóžņ ā äčąļąēīķå īņ 26 äī 42 ģń, ģąźńčģąėüķūå ļčźč ķąįėžäąžņń’ ā īįėąńņč īņ 32 äī 36 ģń (ńšåäķåå 33.63±0.89; n=71).

Ņąźęå įūėī īįķąšóęåķī ļšåäńņąāčņåėüńņāī ēąäķåé źīķå÷ķīńņč. Īķī čģååņ ķåįīėüųčå šąēģåšū č šąńļīėąćąåņń’ źąóäąėüķåå įšåćģū. Żņč ÄĪ įūėč āū’āėåķū ā ķåįīėüųīé ÷ąńņč īļūņīā č īįū÷ķī īķč āīēķčźąėč ā ńīńņąāå ńģåųąķķūõ ÄĪ, ā ńā’ēč ń ÷åģ, ńąģīńņī’ņåėüķīćī ÄĻ ā ģīņīšķīģ ķåīźīšņåźńå äęóķćąšńźīćī õīģ’÷źą, źīķņšīėčšóžłåćī äąķķūå ģūųå÷ķūå ćšóļļū, āūäåėčņü ķå óäąėīńü. Ļīšīćīāūå ņīźč āąšüčšīāąėč īņ 15 äī ģźĄ (ńšåäķåå 25.01±1.58; n=5). Ēīķū ėčöåāūõ ÄĻ ā ģīņīšķīģ ķåīźīšņåźńå ēąķčģąžņ īįłóž ļėīłąäü - 21.4 ģģ2 (12.1 ģģ2 - ā ėåāīģ ļīėóųąščč, 9.3 ģģ2 – ā ļšąāīģ ļīėóųąščč). Ļšč ģčźšīńņčģóė’öčč ėčöåāūõ ÄĻ ķąįėžäąėčńü īņāåņū āčįščńń, āåšõķåćī āåźą, āåšõķåé ćóįū, ķčęķåé ÷åėžńņč č óųķīé šąźīāčķū. Īäķčģ čē ÄĻ ėčöåāīé ģóńźóėąņóšū ’āė’åņń’ ÄĻ āčįščńń. Åćī ļėīłąäü ńīńņąāė’åņ ā ėåāīģ ļīėóųąščč 3.8 ģģ2, ā ļšąāīģ - 2.2 ģģ2 (Z=0, š0.05). Ļīšīćč āūēīāą ÄĻ ķčęķåé ÷åėžńņč ńīńņąāė’žņ īņ 25 äī 40 ģźĄ (ńšåäķåå 35.45±1.71 ģźĄ, n=11). Ļėīłąäü ÄĻ ģūųö óųķīé šąźīāčķū ā ėåāīģ ļīėóųąščč ńīńņąāė’åņ 3.6 ģģ2, ā ļšąāīģ - 2.6 ģģ2 (Z=l, š0,6 äī 1) ķą čēó÷ąåģūé ļīźąēąņåėü (ņąįėčöą 1).

Ģąšźåšū ļąņīėīćč÷åńźīćī čēģåķåķč’ ņīėłčķū źīģļėåźńą «čķņčģą-ģåäčą»

Čńõīäķīå äčąńņīėč÷åńźīå ąšņåščąėüķīå äąāėåķčå Ńšåäķ’’ ņīėłčķą źīģļėåźńą «čķņčģą-ģåäčą» īįłåé įåäšåķķīé ąšņåščč ā ńņąķäąšņķīé ņī÷źå čēģåšåķč’ Čķäåźń šåēčńņčāķīńņč īįłåé ńīķķīé ąšņåščč Ėčķåéķą’ ńźīšīńņü źšīāīņīźą ā ļšąāīé āķóņšåķķåé ńīķķīé ąšņåščč Ņīėłčķą źīģļėåźńą «čķņčģą-ģåäčą» ļšąāīé īįłåé ńīķķīé ąšņåščč ā ńņąķäąšņķīé ņī÷źå čēģåšåķč’ Āīēšąńņ ļąöčåķņą Čńõīäķīå ńčńņīėč÷åńźīå ąšņåščąėüķīå äąāėåķčå Ńšåäķåå ąšņåščąėüķīå äąāėåķčå Ņīėłčķą źīģļėåźńą «čķņčģą-ģåäčą» ėåāīé īįłåé ńīķķīé ąšņåščč ā ńņąķäąšņķīé ņī÷źå čēģåšåķč’ Ńšåäķčé äčąģåņš īįłåé ńīķķīé ąšņåščč Ńšåäķ’’ ņīėłčķą źīģļėåźńą «čķņčģą-ģåäčą» īįłåé ńīķķīé ąšņåščč ā ńņąķäąšņķīé ņī÷źå čēģåšåķč’ Ļėīłąäü īįłåé ńīķķīé ąšņåščč Ņīėłčķą źīģļėåźńą «čķņčģą-ģåäčą» ėåāīé īįłåé įåäšåķķīé ąšņåščč Ėčķåéķą’ ńźīšīńņü źšīāīņīźą ā ėåāīé āķóņšåķķåé ńīķķīé ąšņåščč Āū’āėåķī ÷åņūšķąäöąņü ļąšąģåņšīā ńī ēķą÷åķčåģ āźėąäą ļščēķąźą įīėåå 0,4. Żņī ėčķåéķą’ ńźīšīńņü źšīāīņīźą ļšąāīé ĪŃĄ, īįåčõ āķóņšåķķčõ ńīķķūõ ąšņåščé (įīėüųå ėåāīé ĀŃĄ), ŅŹČĢ īįåčõ īįłčõ ńīķķūõ ąšņåščé (įīėüųå ėåāīé ĪŃĄ), ŅŹČĢ ėåāīé įåäšåķķīé ąšņåščč, ą ņąźęå čķäåźń šåēčńņčāķīńņč īįłåé ńīķķīé ąšņåščč, ńšåäķčé äčąģåņš č ļėīłąäü īįłåé ńīķķīé ąšņåščč, óšīāķč čńõīäķīćī äčąńņīėč÷åńźīćī, ńčńņīėč÷åńźīćī č ńšåäķåćī ąšņåščąėüķīćī äąāėåķč’. Āīēšąńņ čģåė ńšåäķåå āėč’ķčå ķą ŅŹČĢ ĪŃĄ ("āåń" 0,512).

Ņąźčģ īįšąēīģ, āūįīš ņīėłčķū źīģļėåźńą «čķņčģą-ģåäčą» īįłåé ńīķķīé ąšņåščč ā źą÷åńņāå ļąšąģåņšą, īņķīńčņåėüķī źīņīšīćī ļšīčēāīäčėń’ ąķąėčē, ńā’ēąķ ń āąėčäķīńņüž äė’ źīėč÷åńņāåķķīé īöåķźč ąņåšīńźėåšīēą [5-9]. Ōąźņīšū, āėč’žłčå č īļšåäåė’žłčå ńņåļåķü č ķąļšąāėåķķīńņü ąņåšīńźėåšīņč÷åńźīćī ļšīöåńńą, õīšīųī čēó÷åķū ń ļščģåķåķčåģ ńņąņčńņč÷åńźčõ ģåņīäīā, źīņīšūå īńķīāąķū ķą óńšåäķåķčč ļąšąģåņšīā (äčńļåšńč’, źščņåščé Ńņüžäåķņą č ņ.ļ.). Īäķąźī, ļščģåķåķčå ā źėčķč÷åńźīé ļšąźņčźå ģåņīäīā, īńķīāąķķūõ ķą ģķīćīļąšąģåņšč÷åńźīģ ąķąėčēå äąķķūõ, źąźīāūģč ’āė’žņń’ ąėćīščņģū č ģåņīäū ńčķņåēą čńźóńńņāåķķūõ ķåéšīķķūõ ńåņåé, ļīēāīė’žņ šåųąņü ģåäčöčķńźčå ēąäą÷č, čģåžłčå ķå’āķūé õąšąźņåš[1,2]. Ņąźīé ļīäõīä ąķąėčēó įīėüųīćī ģąńńčāą äąķķūõ ļīēāīė’åņ āū’āčņü ķąčįīėåå čķōīšģąņčāķūå ķåčķāąēčāķūå ģąšźåšū šąēėč÷ķūõ ļąņīėīćč÷åńźčõ ļšīöåńńīā, ā ņīģ ÷čńėå óņīėłåķč’ ńīńóäčńņīé ńņåķźč ó įīėüķūõ ń ąņåšīńźėåšīēīģ.

[1] Čćķąņüåā Ķ.Ą. Čēāėå÷åķčå ’āķūõ ēķąķčé čē šąēķīņčļķūõ äąķķūõ ń ļīģīłüž ķåéšīķķūõ ńåņåé // Āū÷čńėčņ. ņåõķīėīćčč. -2003. -¹2 (8).- Ń.69-73.

[2] Čćķąņüåā Ķ.Ą., Ģąäšąõčģīā Ų.Ō. Ī ķåźīņīšūõ ńļīńīįąõ ļīāūųåķč’ ļšīēšą÷ķīńņč ķåéšīķķūõ ńåņåé// Āū÷čńėčņ. ņåõķīėīćčč. -2003. -¹6 (8). - Ń. 31-37.

[3] Źīššåė’öč’ čēģåķåķčé źīģļėåźńą «čķņčģą-ģåäčą» āåņāåé äóćč ąīšņū č ļåščōåšč÷åńźčõ ąšņåščé ń ļīšąęåķčåģ źīšīķąšķūõ ąšņåščé ń ļīšąęåķčåģ źīšīķąšķūõ ąšņåščé ó įīėüķūõ ń ļščīįšåņåķķūģč ļīšīźąģč ńåšäöą/ Ąćąäęąķīāą Ė.Ļ., Ąōąķąńüåāą Å.Ä., Ćšīųåāą Ņ.Ć., Ģīęčķą Ą.Ą.// Ćšóäķą’ č ńåšäå÷ķīńīńóäčńņą’ õčšóšćč’. - 2000.- ¹4.- Ń.19-24.

[4] Źóķöåāč÷ Ć.Č., Ņåš - Õą÷ąņóšīāą Č.Å. Óėüņšąēāóźīāūå ģåņīäū čńńėåäīāąķč’ ģąćčńņšąėüķūõ ąšņåščé ųåč č ąšņåščé Āčėėčēčåāą źšóćą/ Ģåņīäū čńńėåäīāąķč’ ā ķåāšīėīćčč č ķåéšīõčšóšćčč; ļīä šåä. Ćóńåāą Å.Č..- 2000. Ń. 146-201.

[5] Ėåėžź Ā.Ć., Ėåėžź Ń.Ż. Ģåņīäčźą óėüņšąēāóźīāīćī čńńėåäīāąķč’ ńīńóäčńņīé ńčńņåģū: ņåõķīėīćč’ ńźąķčšīāąķč’, ķīšģąņčāķūå ļīźąēąņåėč (ģåņīäč÷åńźīå ļīńīįčå).- Ģīńźāą. 2002.- 40 ń.

[6] Šīńńčåā Ä.Ą. Ģåäčöčķńźą’ ķåéšīčķōīšģąņčźą./Īņäåė ģåäčöčķńźīé ķåéšīčķōīšģąņčźč: ŹšąńĆĢĄ.

2002. - 91 c.

[7] Salonen J.T., Salonen R. Ultrasound B-mode imaging in observational studies of atherosclerotic progression.

// Circulation. -1993. - ¹7. -Š. 56-65.

[8] Baldassarre D., Amato M., Bondioli A. Et al. Carotid intima-media-thickness measured by ultrasongraphy in normal clinical practice correlates well with atherosclerosis risk factors.// Stroke. 2000. ¹31 Š. 2426-2430.

[9] Bots M.L., Hoes A.W., Koudstaal P.J. et al. Common carotid intima-media thickness and risk of stroke and myocardial infarction: the Rotterdam Study.// Circulation. 1997. ¹.96. P. 1432–1437.

STUDY OF TRACE ELEMENTS IN HAIR AT PATIENTS WITH CAROTID

ATHEROSCLEROSIS

Rozikhodjaeva G.A., Hudoynazarov S.K., Yokubov K.R., Nuritdinov Sh.F.,

Abstract

The of ten trace elements levels in hair (Fe, Cu, Al, Zn, Cd, Se, Ca, K, Na, Mg), and the ratio of some of them (Cu / Fe, Mg / Fe, Zn / Fe, Mg / Zn, Ca / Mg, K / Na, Zn / Cu, Cu / Zn) of 27 patients with carotid atherosclerosis and 20 controls (healthy subjects) were determined by Inductively Coupled Plasma Optical Emission Spectrophotometer (ICP-OES) (Optima-2400DV (USA) in order to find out possible relationship of such elements with atherosclerosis disease. These results expand our understanding of the interactions between macro-and microelements in patients with atherosclerosis and may be used for analysis of metabolic changes. The identified relationship between the content of macro-and microelements in the hair suggest the possibility of determining these parameters in patients as additional diagnostic criteria for complex examination. In clinical practice, it is expedient to take into account the levels of microelements and correct the mineral status with the goal of therapy, primary and secondary prevention of cardiovascular diseases.

The atherosclerosis is a serious problem in modern medicine because of the prevalence, high death rate and physical inability, and also insufficiency of accurate representations about pathogenetic mechanisms. Along with intensive development of existing fundamental knowledge, many early representations about the reasons, mechanisms of development of atherosclerosis are critically reconsidered. Recently the attention of researchers is involved with a possible role of trace elements (TE) in the mechanism of development of atherosclerosis. Such elements are key components of metalloenzymes or are involved in crucial biological functions, such as oxygen transport, free radical scavenging or hormonal activity [10]. Hair is thus considered as the most Rozikhodjaeva G.A., Hudoynazarov S.K., Yokubov K.R., Nuritdinov Sh.F., Hikmatov S.K., objective source of the information on the maintenance of TE in bodies and tissues. [3,5,12].

Determination of minerals in hair can also provide information about a human's energy level, immune system, carbohydrate tolerance, emotional balance, and glandular activity. As a result, there has been growing interest in the use of trace element concentrations in human hair for monitoring the body burden of trace elements because hair is a stable tissue, easy to sample, transport, store and analyze [2, 6, 13, 14].

The purpose of present work was studying of the trace element levels (TE) in hair (Fe, Cu, Al, Zn, Cd, Se, Ca, K, Na, Mg), and the relationship between the levels of some trace elements (Cu / Fe, Mg / Fe, Zn / Fe, Mg / Zn, Ca / Mg, K / Na, Zn / Cu, Cu / Zn) in hair of patients with carotid atherosclerosis (CA) compared with healthy people of comparable age and sex.

Material and Methods: 27 patients with known atherosclerotic disease (AD) and 10 healthy individuals were included in the study. The main and the control group were matched for age (mean age 61,2 ± 6,7 years and 64,4 ±9,6 years, respectively). Complex vascular examination was performed by HD3 (Phillips, Holland) and Voluson 530 DMT (Kretztechnik, Austria) ultrasound with linear transducer 5-7.5 MHz. The intima- media thickness of common carotid artery (CIMT ŃŃĄ) is measured at duplex scanning. The levels of trace elements (TE) in the hair were determined by Inductively Coupled Plasma Optical Emission Spectrophotometer (ICP-OES) (Optima-2400DV (USA) and studied possible relationship of such elements with atherosclerosis disease. This study examined a total of 10 trace elements (Fe, Cu, Al, Zn, Cd, Se, Ca, K, Na, Mg), and the relationship between the levels of some trace elements (Cu / Fe, Mg / Fe, Zn / Fe, Mg / Zn, Ca / Mg, K / Na, Zn / Cu, Cu / Zn) in hair. We used the external standard method for the quantitative determination of trace elements in hair. To obtain accurate quantitative data, the regression coefficient achieved the standard calibration curve for each element in more than 0.9998. The average recovery was more than 96.5% for all trace elements. For an accurate comparison, we used the coefficient of variation of standard material, which was less than 5%. To calculate the various statistics used statistical software package Microsoft Statistica. Statistical difference between the mean values in different groups defined in the application of Student's test. Concentration of TE in hair of patients and healthy individuals were expressed as mean values ± SD. If the p-value was less than 0, 05 (p

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Ģąņåščąėū żņīćī ńąéņą šąēģåłåķū äė’ īēķąźīģėåķč’, āńå ļšąāą ļščķąäėåęąņ čõ ąāņīšąģ.
Åńėč Āū ķå ńīćėąńķū ń ņåģ, ÷ņī Āąų ģąņåščąė šąēģåłøķ ķą żņīģ ńąéņå, ļīęąėóéńņą, ķąļčųčņå ķąģ, ģū ā ņå÷åķčč 1-2 šąįī÷čõ äķåé óäąėčģ åćī.