SCIENTIFIC ABSTRACT GABOVICH, M.D. - GADZHIALIYEV, M.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002200820018-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Affli
USSR
U -03 533 -915
"BOVICII, M. D. S'TAWHIK, P. D., and MeME11YUK V. F Institute of Physlics
of the-Acaderiy of Sciences TA-,rSSR, Kiev
"Propagation of a Plasma Flux by a Magnetic ?icld up-to 1W) k a e
Kiev, Ukrainskiy Fizicheskiy Zhurnal, Vol 17, NO 3, Mar 72) no 353---155
Abstract- 'Ilie broadening over a length of 320 irmi of heliiLm and argron platiria
fluxes I r,-m in dia:metcr and n-!::::5 x lol2cm-3 was experimentally inventif~,atad.
The plasma flowed out from a diselmrp
,e spacing betveen the glowing cathOO.- and
the anode through an cpeniu~3, of I = in diazzly2ter in the Jrt-",r into the
vacuum reCion along it magnetic field up to IGO koe. Distuit-ances reaulttJ.'-- fro!i.
the propagation velocity of ion flow caused the ion planvia component to pra-
pagato In wi 80-kw jr~tgnotic fleld with the velneity of v IQ' bv
in arveon. In,
discharge in helium and with v-4. C---- 5 .105CM/Gue- 10,'i.Alne L .
this way, a 3 x 10 121cm-3-helixun-plasma concentration ~rnd w 6 x 1. 0. Jcm-3-ar~,on-
plasma concentration were determined. In the H-> 40,14:oe rrn-,-P:otic field, the
outgoiag flu;x of ions war, found to concentrate In dot,-. core apox angle
In ragreztic elds of raxir.= intensity, the plasra- jiropapttc-s practically
without broadening. The results of experiments detw*lstivated Vie pos6ibiility
of the effective plasm-a propagation by EL raGretic fi a-d rmj-fn,Ai zing the ions.
'Three illustur., five biblio. refs.
1/1

USSR UDd 533*9t536-561
GABOVICH-.-ha..24, SOLOSHENKO, 1. A4, PROTSENKO, I. K., TOVMACHENKOo V. H.,
E;MMCHKO, V. 14.
"Low-Frequency Oscillations in Plasma Formed by an Ion Beam!'
Minsk, Kolebaniya I Valny v Plazme. .(Oscillations and Waves in a Plasma),
"Nauka I Tekhnikal" 1971, pp 61-64
Abstracts In a plasma formed by an ion beam, passing through a neutral gas
along the magnetic field, the mean energy of the1ons is higher than In,
ordinary gas discharges, comprising approximately I. eV, The authora examine
the case in which the plasma was forped by an Ion 'Wam having an eneriq of
approximately 20 keV and a current of about 1 mA. ~:They discuss the investi-
gation carried out on the excitation of Ion-cyclotron oscillations In plasma
formed by a cylindrical beam; they are also concerfied with the investigation
of oscillations at lower frequencies In the plasma,af a tubular ion bean. On
the basis of the data which they obtained, the authors come to the conclusion
that the Instability generated in the heterogeneous 'plasm is largely due to
the existence of a radial electric field crossed with a longitudinal
magnetic field. The article contains 2 Illustrations and 6 bibliographic
entries.

USSR
GABOVICH, M. D. SOLOSHENKO, 1. A.
"Perturbation of Ion Cyclotron Oscillations in a Plasin;~ Forrnv~d byan Ion Beara"
ruary 1970~~ pp 254-258
Leningrad,,Journal of Technical Physics,~Feb
Abstract: The paper deals with the perturbation of oscillations on an ion cvclo-
tron frequency and its harmonics in a plasma,formed by an ion bean passing along
a magnetic field through a neutral gas. It is shown that the observed oscilla-
tions.are purely azimuthal waves with node m = 1,such that the direction of
propagation coincides with the direction oil the Larmortprecession. A radial
electrical field directed towards the center of the bearm staj)ilizes the oscil-
lations; a field of the reverse sign leads to an increase in the anpl,itude of
the oscillations. Me possibility. of stabilization bv an electrical field in
wliere
the,case of low-frequency oscillations JIM4
tilt; t!**
_is the ion cyclotron frequency) is indicated b several autliors in pre,lious works
y
(B. B. Kadomtsev, Yaderniy Sintez, 1, 286, 1961; A. V, Timofe~yev, Yaderniy Sintez,
6, 93, 1966;. and Yu. 1-1. Dnestrovskiy and D. P. Kostomarov, DAN SSSR, 167, 1032,
1966).
1/2'

.. .
-11-11~!I 14 911 Mfi- it], :1124 M, H" W!, -1 "K~ I A NTA IR I i Pff
:rnl;:, FEZ' 'A l;":l:A I; I M1]l:,I I i 44t,fi I il(i ft I I[ 1~ If H I j I I ill H i I I H tPT!M:,4 1 '111111111 I'MIMM"It"Iff p I HHHERRIMI I

038 UNCLASSIFIEDI "PROCESSING DATE--04DEC70
CIRC-ACCESSION NO--AP0126431
ABSTRACTIEXTRACT--(U) GP-0- ABSTRACT, EXPERIMEN'rAL R,E$ULTS FOR THE LOW
FREQUENCY INSTABILITY OF A PLASMA FORMED BY A, TUBULAR ION BEAM WHICH
TRAVELS ALONG A MAGNETIC FIELO~THROUGH THE NATURAL 'AS. A
CHARACTERISTIC FEATURE OF THIS PLASMA IS THAT IT HAS INTERNAL AND
.,-'EXTERNAL :BOUNDARI-ES. WITH 14UTUALLY OPPOSED DENSITY GRADIENTS ALONG T,4E
RADIUS AND AN UNCHANGED ORIENTATION 'OF 'THE. ELECtRIC FIELD AR[SING FROM
INCOMPLETE COMPENSATION OF THE ION bEANIS SPACE!.tHARpE. LOW FREQUENCY
OSCILLATIONS ARE DETECTED IN THE PLASMA:I,WITH THE AMPLITUDE MAXIMA
-LOCALIZED IN REGIONS OF BOTH THE POSITIVE AND N
~GATIVE RADIAL,DENSITY
GRADIENTS. THE RESULTS OBTAINEo ARE :IN, AGREEME TWITH THE THEORY FOR
-..THE.STABILITY OF AN INHOIMOGENEOUS PLASMA~IN CROSSED ELECTRIC,ANO
FIELDS. FACILITY; ;AKADEMIIA N~UK UKRAINS-KOI RSR,
TITUT FIZIKIt KIEVt UKRAINIAN SSR*,.
INS
UNC LAS S I F f E 0

2 026
UNCLASSIFIED' --090CT70
PROCESSING DATE
,.-TITLE-EXCITATION OF ION CYCLOTRON OSCILLATIONS IN'A PLASMA FORMED BY AN
ION BEAM -U-
AUTHOR7(02)-GABOVICHt M.D., SOLOSHENKO, I.A.
COUNTRY OF INFO-USSR
"SOURCE-LHURNAL TEKHNICHESKOE FIZIKII VOL* 40v FEB ml 1970t P. 254-258
"DArE PUBLISHED--70
,:SUBJECT AREAS--PHYSICS
'-TOPIC TAGS--ION BEAM, CYCLOTRON FREQUENCY, PLASMA OSCILLATIONt ELECTRIC
,-::--FIELD, PLASMA STABILITY
,'_comrROL MARKING-NO RESTRICTIONS
AOCUMENT CLASS-ONCLASSIFIED
TRUXY REEL/FRAME-1978/1506 STEP NO--UR/0057170/OeiO/000/0254/0258
,CIRC ACCESSION NU--AP0046345
ul".1 C 1. A _S SF 1 (11)

Z/2 026 UNCLASSIFIED, ~PROCESSING DATE-09OCT70
'CIRC ACCESSION NU--AP0046345
~~AdSTRACT/EXTRACT--(U) GP-0- ABSTRACT.' EXPERIMENrAL INVESTIGAFION SHOWING
THAT, OSCILLATIONS AT THE LON CYCLUJ,RON FREQUENCY AND, ITS HARMONICS CAN
BE EXCITED IN A PLASMA FORMED BY ANJON BEAM MADE TO PASS THROUGH THE
NEUTRALGAS ALONG A MAGNETIC FIELD. IT IS SHOWN THAT THE OSCILLATIONS
OBSERVED ARE PURELY AZIMUTHAL WAVES OF THE MODE~A EGOALS to PROPAGATING
JN THE SAME DIRECTION AS THE ION LARMOR. DRIFT. THE OSCILLATIONS CAN BE
STABILIZED BY A RADIAL ELECTRIC FIELD DIRECTED T'0WAR
0 THE CENYER OF THE
BEAM.
.1 -1 mn
PRUNE ml, 92-MEW m.

USSR UM 613075-8)
'r
GABOVICH. -R. D.. POZITAIT~
1Y S. S. and SHAMUBAZYM, G. 10t. Gigiyena (Hygiene)
Moscow, ".-~ditsina," 1971, h32 pp
Translation: Annotation: The second eaition of this textbook has beun con-
siderably reworizea and nupplenented with new achieve,"nents ~in the development
of the science of hygiene.
It is intended for students in the treatment and pediatrics schools of
medical institutes.
Table of Contents:
FOreWOrd to Second Edition
Introduction 3
SHAMILBAZYAN, Prof. G. Kh., and GABOVICI, Prof. 11. DI. J, 5
"The Preventive Sector Of Soviet Public Health"
5
'Hygiene An a Science
5
Methods of Hygiene, and Its Relatlorldll,p toothei klellcLls
History of the Daveloprnnt of Hygiene 9
Significance of a Knowledge of Hygiene for the FractlcinC
Soviet Doctor 21
Bibliography 22
........... ......... PROM

USSR
GABOVICHI, R. D., et al., "Meditsina" 1971, 432 PP
Part One:. SHAKHBAZYANJ, Prof. G. Kh., "Hygiene of Popiilated Areas"
1
General Data
~Chapter 1. Hygiene of the Air Environment and the Climate
of Populated Points
1.1 The Climate and Microclimate of Populated Points
1-3 Physical Properties of Air
1.4:, Weather and Climate in a Hygienic.Sense
1 5 Acclimtization
.-1.6 Chemical Composition of Air
1-7 Sanitai-j Protection of Atmospheric Air
.1.7.a Gaseous.Impurities in Air
ies in Air
1 7.b Mechanical Impurit
1-7-C Hygienic Description of Air' Pollution
1.8 Bibliography
Chapter 2., GABOVICH, Prof. R. D., "Hygiene of Water and
Water Supply to Populated PointG"
2.1 Hygienic Significance of Water
2.2 Hygienic Requirements for the qLiality of Drirnhinj~ Wate rand
2/18 Sanitary Evaluation of It
I Y)
24
24
,-)4
25
29
34
39
41
h4
44
45
47
51
51
51
58

USSR
GABOVICH, R. D., et al., "Meditsina" 1971P 4.32 pp
2. Sanitary Analysis of Water,
3
2.3.a Organoleptic Properties of Water
2-3.b Chemical Comosition of Water
2.4 Indicators of Pollution of a I-later Source
2-5 Hygienic Norms for Water Qiality~
:2.6 Hygienic Description of Sources of Water Supply~
2.6.a Atmospheric Water
2-6.b Underground Water
2.6.c Open Bodies of Water
2-7 Hygienic Description of Mlethods for Improving Water Quality
2-7.a Purifying and Decoloring Water
2-7.b Decontaminating Water
2.7-c Deordorization, Removing Iron, FresheDing, Softenirj,,
Removing Fluoride, and Fluoridation of Water,
2.8 Sanitary Inspection of the Water Supply
2.8.a Water Main
2.8.b Sanitw-j Protection of Water Mains
2.8.c Sanitary Protection Zones
2.8.d Sanitary Monitoring of Local Water Sypply,~ in Runil
3/18 ~bdical Districts
59
59
60~
62
64
66
66
67
72
4
7
75
78
86
88
88
93
93
~6

USSR
GABOVICH, R. D.J, et al. , III-leditsina" 19F71, 432 pp
2.9, Bibliography,
Chapter 3: GABOVICH, Prof. R. D. "Soil Hygiene and:
Decontamination of Populated Points
Mechanical Structure of Soi.1 and Its Hygienic Significance
Thermal Features of Soil
Chemical Composition of Soils and Geochemical Midemics
The Role of Soil in Spreading Infectious Diseas~is and
Helminth Invasions
Contamination and Self-Dacontanination of Soil
3-1 Sanitary-Hygienic 2valuation of Soil
3.2 Hygienic Principles of Decontaminating Populated Points
3-2.a Sanitary-Epidemiological Significance of."whett
3.2.b Systems for Decontaminating Populated Points
3.2.c Fauling System of Removing Waste
3.2.d Decontamination for Liquid Waste
3.2.e Hygienic Description of Mat.hoda for Cleaning Up Solid
Wastes
3.2-f Plumbing Systems for Populated Points
g fbin-Of -L Waters and Oanitary Pr
3-2-g Purifyin ot.,,etion of
Bodies of Water
98
98
100
101
101
104
106
108
110
110
112
113
114
117
121
L-33
MON IMMM mwaswiTHEMM
1EMI[IMIN , RIM
MIT

USSR
GABOVICH R. D., et al., -'M2ditsina" k32 pp
1971Y
laritying, Dt5trnrtic
3.2-h Hygienic Description of Methods for F
lbm-Off Waters
3-2.1, Local Plumbing
3-3 Bibliography
Chapter 4: SHAKHBAZY&Nj Prof. G. M.;, ffygieni~ Principles in
Planning Populated Points"
4.1 Hygienic Significance of Planning, Populated POII~~ts
It. 1. aSelecting the Site for a Pdpulated Point:!
4.1.b Planning the Space of Urban P4ulated Points
4.1-c Ensuring Green Plantings for Cities
4.1-d Plaiming Rural Populated Points-
4.2 Bibliography
Chapter 5: SHAKHBAZZYA?T, Prof. C. Kh., "Housing I iene"
fYS
5.1 General Data
5.2 Hygienic Requircuents for Planning and Building Housing
5.2.a Selecting a District for Housing Construction
5-2.b Types of Residential Buildings
5.2.c Residential Apartments
5-2.d Dormitory
-2-e Rural Housing,
5/3.8 5
a26
130
131
132
1.!32
137
139
145
146
148
148
148
Aq
lhq
150
151
153
153

. . .. ........
USSR
GABOVICHI R. D., et al., "Meditsina" 1971, 432 pp
5.2.f Hygienic Requirements for Particular Parts of a
Residential Building
154
5-3 Dampness in Housing Quarters and Combatting It
157
5-4 Combatting Noise in Housing, 157
5-5. .Housing Lighting 159
5.5.a -Natural LigAting i6o
5-5.b Artificial Lighting 161
5.6 Heating Housing 163
5-7 Ventilating Housing 166
Natural Ventilation
167
5.7.b Artificial Ventilation 169
5-7.c Air Conditioning lG9
5.8 bibliography r(0
Part Two:. GA13OVICff, Prof. R. D.,. "Personal Hygiene abd Clothing
Hygiene
Chapter 6. Personal Hygiere 171
6.1 Skin Care 171
6.2 Baths 173
6-3 Swimming Pools 175
6/18

USSR
GABOVICH, R. D., et al., "Meditsina" 1971, 432 pp
6.4 Tempering and Physical Training as Elements of, Personal
Hygiene
6.1t.a Tempering
6.4.b Physical Training
Chapter 7- Clothing Hygiene
7.1 General Data
7.2 Basic Physiological-Hygienic Reqtairemerts for Clothing
7-3 Hygienic Requirements for Particular Articles of Clothing
7.4 Bibliography
Part Three: GABOVICH Prof. R. D., "Nutritional Hzv iene
General Data
Chapter 8. Physiological-11yeJenic rundfwazntals of Nutrition
Calorie Value of Diet
8.2 Qualitative Composition of Diet
8.2.a Proteins
8.2.b Fats
8.2.c Carbohydrates
8.2.d Minerals
8.2.e Vitwrins
8.2.f Mixed Food
7/18
177
177
180
182
182
183
186
189
Igo
192
193
196
196
199
202
203
205
212

:7 77!-
USSR
GABOVICH, R. D., et al., "Meditsina" 1971Y 432 pp:

8-3 ceding Schedule
F, 213
Chapter 9. Hygienic Description of Food Prodmets 215
9.1. Meat and Meat Products 215
9 2 Fish and Fish Products 218
9:3 Eggs 219
9.4 Milk and Milk Products 220
9-5 Food Fats 223
9.6 Grains and Grain Products 225
.9-7 Legume Crops 226
9.8 Vegetables, Fruits, and Berries 226
9.9 Sanitary Examination of Food. Products 227
9,10 Hygienic Description of It-thodB of Pres".rving ~*,)d Products 2P9
Pre
Chapter 10. Food Poisoning and Its vention 231
10.1 Food Poisoning of Nownicroblal Origin
232
10.2 10-2.a Poisoning by Poisonous Fungi
233
10-2.b Poisoning by Plants, 234
10.2.c Poisoning by Honey 234
10,2.d Poisoning ky Products of'Anirral Origin 235
10.2.e Weed Poisoning
235
8/18

USSR
GABOVICH R. D., et al.,, "Meditsina" 1971 432 pp
10.2.f Poisoning Caused by Poisonous Impuriti6s in~Food
Products 235
10.2.g Poisoning Caused by Admixture of PestiCiden:Used in
Agriculture 236
10.2-h 1,1ycotoxicoses 237
10.2.1 Alimentary Poisonings of Undetermined Etiology 238

10-3
Food Poisoning of ftdcrobial Origin 239
1 10-3.a Toxicological Infections 239
10-3.b Bacterial Toxicoses (Intoxication) 242
10.4 Sanitary-Epidemiological Investigation of Foo&'Poisoning 2h4
Chapter 11. Sanitary-Food Inspection at Public~.Catering
Enterprises 245
11.1 Preventive Sanitary Inspection 246
11.2 On-Going Sanitary Inspection 246
3.1.1 Hygienic Monitoring of the Physiological Value of Food 216
11.4 Preventing Food Poisoning, Infections, and Helminthonis P-10
11-5 Sanitary Requiremints for Anwigement, Equipment, and
Operation of Public Catering Enterprises 249
11.6 Hygienic Requirements for Transporting and Storing Food
Products 250
9/18

IT
USSR
GABOVICHI R. D., et al., "Mleditsina" 1971) 432 pp
Primary (Cold) Processing of Food Products 251
32.8 Thermal Processing of Food Products 252
11. 9 Serving Prepared Food 252
Sanitary Ilaintenance of Eating Establishments, 254
11.11 Health and Personal Hygiene of Personnel. 255
.12 Bibliography 256
Part Four:- SHAKHBAZYAN, Prof. G. Kh., "labor Hygiexle"
General Data 257
Chapter 12. Labor Physiology 259
32.1 Energy Expenditures and Changes in the Organinm DurIng Work 26o
12.2 The Nervous System During~Work 262
12-3 -The Cardiovascular and Respiratory Systems During, Work 262
12.h Blood Changes During Work 264
12-5 Body Temperature During Work 2~
12.6 Restorative Period After Work 265
12.7 Mental Work 266
Fatigue
267
12.8.a Preventing Fatigue and 114asures -to Wd,ca the York
Capacity of the Organism 269
].Olt

USSR
GABOVICH, R. D., et al., "NaditsinW' 19
71, 432 pp
32.9 Forced Body Position, Overexertion of Certain Organs and
Systems, and Prevcnting~Diseases Related to Them i
12.10 Forced Stanainn Positions
xe_ . -L-L rorceu, z)iTTin3 rosizion5
12.12 Overexertion of Particular Organs and Systems
32-13 Preventing Diseases Related to Forced Body Po3ition
During Work
Chapter 13. The Microclimatein aProduction Ai~ea and
Preventing Diseases Caused by Unfaiorabl
Conditions in the t Microclimate
13.1 The Effect of a Production Mcroclimate on the Organism
-13.2 Measures to Improve the Production Microclimatell
13-3 Ultraviolet Rays
C
apter 14. Radio-Frequency Electroma
h gnetic Walrus
Chapter 15- Raised And Lowered Atmospheric Pre4sure,
Preventing Caisson and Altitude Disease
15-1 Raised Atmospheric Pressure..
15.2 Lowered Atmospheric Pressure
Chapter 16. Production Dust, Dust Pathology, and rts
11/18 Prevention
273
273
275
275
276
277
278
280
284
285
286
286
291
293

............. ...... . .
USSR
GABOVICH., R. D., et al., "Meditsina" 1971, 432 PP
16.1 Quantity of Dust in Production Quarters
16.2 Dust Pathology
16.2.a* Silicosis
16.,,.b
a Silicatoses
16.2.c Other Diseases Caused by Dust
16.2.d Preventing Dust Diseases
Chapter 17. Noise and Vibration Under Production Conditions
17.1 Noise as Occupational Hazard,
17.2 Vibration as Occupational Hazard
17-3 Combatting Noise and Vibration
Chapter 18. Industrial Poisons, Occupational P61soning, and
Its Prevention
18.1 Industrial Poisons and Their Effect on the Organism
18.1.a Severe and Chronic Occunational Poisoninji
18'1 *b General Measures to Prevent OccupationaLlPoisoning
-18.2 -Occupational Poisoning by Certain Poisons and Prevention
18-2.a Lead
18.2.b Tetraethyl lead
18.2.c Mercury
12/18
.294
294
~295
297
298
298.
~301
301
302
303
3014
06
307
310
310
311
311

USSR
GABOVICH R. D., et al., "I-Ieditsina" 1971, 432
Pp
18.2.d Mangane se
18.2.e Arsenic Compounds
18.2.f Hydrogen Arsenide
18.2.g Carbon Monoxide
18.2-h Hydrogen Sulfide
18.2.1 Nitrogen Oxides
18.2.J Gasoline
18.2.k Benzene
18.2. 1 Aniline
Chapter 19. Production Injuries and Labor Safety
19.1 Causes and Prevention of Production Injuries
19.2 Labor Code in the USSR
19.2.a Labor Safety f or Women
19.2.b Labor Safety for Arlolescen-to
Individual Protective Devices
Chapter 20. Hygienic Requirements for Arrangemont and
Maintenance of Industrial Enterprities
20.1 Lighting Production Quarters
20.1-a Artificial Light
313
313
314
314
316
316
317
317
318
318
318
321
3P1
322
322
al LiL
13/18 20.1.b Natur, 4ht
325
326
327
330

USSR
GABOVICH, R. D.Y et al.) "moditsina" 1971) 4,72 pp
rgiculturalL.Labor
Chapter 21., Hygiene of A
21.1 Labor Hygiene When Working onA4,achines
21-l.a Labor Hygiene of.the Tractor Operator
21.1.b Labor Hygiene of the Combine,Operator
21.1.c Measures to Improve Sanitation
21.2 Labor Hygiene in Working With Pesticides
Labor Hygiene on Livestock Farms;
21-3.a Measures to Improve &tnitary Conditions. of Labor at
Livestock Farms
21.4 Agricultural Injuries
21.4.a Naasures to Combat Agricultural Injuries
Bibliography
Part Five: POZNANSKIY, Docent S. S., "Hygiene of Chi,ldren.and
Adolescants"
General Data
Chapter 22. Physical Developrrent of Children aod 1,bdical
Monitoring of Them
22.1 Stages of D--velop=-nt of the Child's Organism
22.1.a Observing the Physical Development of Children and
14/18 Adolescents
330
331
331
333
333
334
337
337
338
339
34o
341
341
341
346

USSR
GABOVICH, R. D., et al., "Meditsina" 1971, 432 pp
22.2 Techniques and Organization of Mservation of the Physical
Development of Children and Adolescents and Evaluating
Dynamic Results 347
I-lost Important Characteristics inthe Physical'Develop,"ent of
Children and Adolescento
350
Chapter 23- Physical Education for Children 352
23.1 Daily Schedule for Children and Adolescents 352
23.2 Physical Education in Preschool and School Children
355
23.3 Special Features for Conditioning Children 357
Chapter 24. Hygienic Fundamentals of Learningrby Children
and Adolescents 359
24.1 Learnin- at the Preschool Ar,7e
359
24.2 Learning in the General Educational School 360
24-3 Special Features of the Study Schedule in the First Grade of
the General Educational School 36o
24.3.a Optiml 1humber of Lessons During a School Day and
Length of Each of Them
361
24-3-b Efficient Lesson Structureo Schedtile of Lesconc, and
Examination ,62
15/18

USSR

GABOV itsina" 1971, k32 pp
ICH, R. D., et al. Med.
24-3-c Combining Mental and Physical Work in School Learning 363
24-3.d Efficient Alteration of Learning and Rqcmation in School 365
24-3.e Educational Work at Home~(Self-Training) 366
Chapter 25- Feeding Schedules for Children and Adolescents 367
aingwof
Chapter 26. Hygienic Requirements for the Buil
'
Children's Establislurients and Schools 369
26.1 District 369
26.2 Building 372
206.2.a General Hygienic Requiremnts
372
26.3 Sanitary Engineering Amenities 377
Chapter 27- Hygienic Requirements for Books, Teaching Aids,
I : *1
and Equipment 3BO
27.1 Basic Hygienic Requirements for the Print Format of Books and
Teaching Aids 3,90
27.2 Hygienic %quireyrtents for Childrenlo Toys P2
27-3 Hygienic Pequirements for Furniture and Equipornnt 382
27-3.a Physiological Description and Evaluation of t~,a Baby's
Sitting Position 383
27-3-b Hygienic Requirements for the School De~ s; It and 11upi I I
16/18 Posture at the D--sks
la-

USSR
GABOVICH, R. D., et al., "Meditsina" 1!~'Jl, 432 pp
27-3-c Hygienic Rc-quirements for the Class Blickboard 3~6
27-3.d Hygienic Requirements for the Special Equipaent of
School Workshops and Work Roorms 387
27.4 Requiremnts Daring Work in Physics and Chenist.-'r Roonns 388
27
.5
Bibliography . :~ .:[ P3
Part Six: GABOVICH Prof. R. D., "llygiene at Therapeutic and
Prophylactic Establishments"
Chapter 28. Significance of Hygiene.for Merapautic and
Proj;nylactic Establishmants 389
28.1 System of Hospital Construction 390
28.2 Hygienic Requirements for Hospital District and Planning, the
Hospital Building 391
28-3 Hygienic Requirements for Hospital Departments 395
28-3.a Wards 396
28-3.b Surgery Department 401
28.3.c Infectious Disease Department (or Winc)~ 405
0-8-3-d Children's (Novinfectious) Dapartwnv 409
28-3-e Maternity Section 4o9
28-3-f Clinical J)epartment 411
17/18

USSR
GABOVICH R. D., et al., "14-2ditsina" 1971, 432 pp
412
28-3.9 Medical Asoistant and 1141dwif ePoint
28.4 Hygienic Reqairement for Organizing I'lospital FeL%ding h12
28.5 Laundry and Disinfection Department 413
28.6 Hospital Sanitainj Engineering Equir4nent 414
28-7 Hygienic Conditions in the Hospital 417
28.8 Bibliography 424
d, 'mrar'd119R. TT WMEIIIII 101" 1111111 111., 1 HU1

..... ...... ...... ............. ..... ------
USSR
Chairman, Review Commission, Ukrainian Scientific
GA BO V7-Qi, &--Q Prof
30811try o? Vgienists, and head, Chair of Genoral-Hygie KWV Medical Institute
2.
(Reviewer)
Faktory vneshney sredy i ikh znacheniye dlya zdorovlya haseloniya (Environmental
Their Role in Health),:No 1. Kiev, "MorovIvall, 19059. 186 pp
Factors and
Kiev, Vrachebnoye Dole, No 8. Aug 70, p 155
Translation: The first number of the new republic Ln~oi-departmental collection
deals with pressing problems in communal and industria1 hygiene, planning of pre-
ventivo nutrition for workers in the chemical industry.,and so forth. The first
Article in t~ho collection is by M. N. 1-11ollnik, Deputy Minister of Health of the
Pkrainian SSR, who discusses the activity of the health agen(,-ies and scientific
research institutes of sanitation and hygiono for publid services and protection
'outlines Lhe tasks at hand in this
of open bodies of water and the air. He also
field. A. V. Pavlov, Gaief of the Main Administration for Sanitation and Epidemi-
ology, Ukrainian SSR. defines the zain tasks facing hygiene and health agencies
in improving the quality of medical care and protocting,the people's health.~ A
substantial part of the work is devoted to matters pertaining to the water supply
and protection of water resourcas. Data are provided uhich provide the hygiene
basis for the maximum permissible ooncentrations of injurious nubstances in bodies

USSR
GAEOVICH, R. D., Vrachebnoye Dole. No 8, Aug 70, p 155
of water from the hygienic standpoing (A. K. Bekkor, M.. M. Ratpan, Kh. Sh.
Allmeyev and V. Ye. Farinazin, and others). Their studies on the sanitary and
toxicological 6haractoristics of injurious substances a~e highly interesting. The
variety and noveD-.7 oil the methods used by these invest:Lgators are evidence of the
progress made by the science of hygione in this field, emphasis on practical
matters is seen in tho works of P. G. ChunIXIOL on effective methods for purifying
mine water before it is released into.a body of open wa:ter; Ye. I. Goncharuk,
who devised a method for disinfecting the sewage of small hoapitals for infectious
diseases in underground filtration stages; N. N. Saklinovskaya, who studied pollu-
tion of atmospheric air by the emissions of a largo m -Allurgioal chomical plant;
and Kh. V. StoroahchWc, who discoverod thAt the intonsity of'stroot noiso in LIvov
has incraasc4 by 10 to 15 db during the past 10 years aW also offors a Get of
recommendations on how to lower the noise level. The findings of Prof. 1. P.
Barchenko and S. G. Vasiliu, who studied the effect of certain food additives on
the body, as well as the research of A. 1. Stolmakova et al, on vitamin supple-
ments in the diet of workers in the potash industry, shOuld be.put to practical
use. Several of the reports were concerned with endemia,goit~er in the mountain
agions of tho western oblasts of tho Ukraine (Pro T"6takriya, L~ 1.
r 4
2/3

USSR
GABOVICH, R. D., Vrachobnoye Delo, No 8, Aug 70, p 155
Ladanivskiy. Ya. G. Boris, V. A. Plastunov, 1. 1. Snvafko, and others) and pro-
tection of the environ:ment in connection with chemicals:used in agriculture and
the wide.--)read use of chemicals for plant protection (G V. Gracheva, V. M. Belk-
hovityano~a, H. I. Gzhegotskiy, and others). The cffec~ on the body of various
industrial factors (physical and mental stress, noise, *ulfur and potash dusts,
carbon monoxide, nitrogen, and so forth) was discus.,o' h r. ng e
A In t e intore ti r ports
of G. .16. Chuk= sova, N. S. Loboyko, B. M., Shtabskiy, an,,L others. Tne collection
examines a wide range of subjects in hyzione and for th4t reason will undoubtedly
be of great scientific and practical interest to hygienists, public health toxi-
cologists, and scientists in allied fields. The collection was very carefully
IL 0,
editod,. making it possible to present a great doa A. m3:'terial in a comparatively
small book. In conclusion, we hope that those in charj;~, of the collection, the
staff of the Lvov Research Institute of Epidemiology ail c
'a' Microbiology, will
narrow the scope of forthcoming numbers somewhat, re Stricting them to hygienic
problems of timely concern to the western oblasts of t1o Ukraine and to the
chemical industry.
3/3

I I-- Z., I. I I. I .I I. - -. M .1 .. .. .. . . .,1. .11. -
1 11110 fill
031 UNCLASSIFIED PAOCE~SING DATE--11SEP70
TITL:E--A-STUDY OF THE ACTION OF FLOURINE IN THE DRINKING wArER IN A
,.SANITARY GERONTOLOGICAL TEST -U-
AUTHOR-GABOVICHt R.D., TSIPRIYANw V. 1'.
COUNTRY OF INFO--USSR
SOURCE-,-GIGIYENA I SANITARIYA, 1970, NR 4, PP 34-40,
.OATE PUBLISHED ------- 70
SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
TOPIC.TAGS-FLUORINE, GERONTOLOGY, METABOLISM, WATER
'CONTROL MARKING-Ng RESTRICTIONS
,DOCUMENT CL4SS--UNCLASSIFIED
PROXY REEL/FRA4E--1985/1681 STEP NO--UR/0240/70/000/00't/,r)O'-I,(#/O')4()
CIRC ACCESSION N0--AP0101736
A
nuu!]
30 1
-7P If. "1441 41 "ll, t"i I Ill H fl IQ;F If; 41's,

2/2-- 031 UNCLASSIFIED PkOCESSING DATE-ItSEP70
qrTRC ACCESSION NO--AP0101736
'A.BSTRACT/EXTRACT-W) GP-0- ABSTRACT. THE PAPER PRESENITS DATA ON THE
EFFECT OF FLUORINt IN THE DRINKING WATER ON THE PR0r.FSSES (IF
'PHYSIOLOGICAL AGING IN AN EXPERIMENT LASTING. FOR: 24 MONTHS. THE
::---EXPERIMENT:WAS CARPIED OUT CN ANIMALS OF THPEE DIFFERENT AGE GROUPS:
THE RATS, OF THE FIRST (CONTROL) GROUP DRANK TAP YATER,CONTA[NING 0.3
MG-L OF FLUORINE IN THE COURSE OF ALL THE E-XPERIMEkJT;.THE SECOND GPOUP
DRANK TAP WATER FLUORINATED*UP TO A CONCENTRATmN~OP 1.2 MG-L AND THE
THIRD GROUP DRANK WATER CONTAINING 15 MG-L OF FLUARINE. THE AUTHORS
ED A: GRE4T-NUM6EP, OF TFSTS'WHEREBY-IT WAS POSSI$LE- TO"ASSESS THC STATE
Or- THE 14AIN LINKS IN PROCESSES REGULATING THE'METABOLISM AND BODY
-FUNCTIONS. ON THE BASIS OF THE RESULTS-OBTAINED IT WAS CONCLUDED THAT
-IN THE COURSE OF AGING OF THE FIRST GROUP IRREGULAR CHANGFS WERE NOTED
JN VARIOUS LINKS OF THE SYSTEMS REGULATING THE METABOLISM OF BODY
FUNCTIONS. SIMILAR CHANGES WERE NOTED AS WELL AMONG THE ANIMALS OF THE
SECOND GROUP. THE ANIMALS THATDRANK WATER CONTAINING 15 IMG-L OF
,:FLUORINE PRESENTED SIGNS OF FLUOROSB~AND PRONOUNCED CHANGES IN THE
tGANS*
MORPHOLDGY~AND FUNCTIONING OF MANY OR

USSR UDC: 51
CHIZH, A., YALAS, A,
if
"On the Traveling Salesman Problem in Restricted Areas
Tr. VychisI4 tsentra, Tartus. un-t (Works of the Computina' Center. Tartu
itika, No 5, MaY 72,
University), 1971, vyp. 22, pp 3-24 (from RM-Kibernt:
Abstract.No WhIP)
Translation: It is known that the classical prcblem~~of the traveling
salesman (TS) is a problem in selecting the shorteWaircult t passing
through n, cities (for which the distance matrix H cij11 is given). The ~fol-
loving generalization of the problem is considered. ~Let t (t:L. t2, tn)
be some circuit. Let us call the number
mai e,,,,, ej e, c
the width of the circuit t. The problem of finding the circuit of aptinum
width is called by the authors the problem of the traveling salesman in
restricted areas (TSRA) with matrix 11cij11. The TSHA is the name kind of
natural- generalization of the conventional traveling salesman problem as
the problem of assignments to restricted:areas (see f~~r instance RZh-Mat
1/3
21

USSR
GABOVICH, Ye. et al., Tr. Vychisl. tsentra, Tartus.-un-t, 1971, ,yp.,22,
pp 3-24
1966, 11V249K) is for the conventional assignment problem. The TSRA was
first formulated and solved in one special case in A;Taper by Gilmore and
Gomori (RZh-Mat, :L964, 111;262). In a doctoral dissettation, D. Shapiro
(RM-Mat, 1968, :LA22D) proposed an exact method (of lithe "brarches and
boundaries" type) suitable for solving both the'TS and the, TSRA.. The maxi-
mum number of cities is n = 70 for TSRA problems solve~,d by this method.
The TSRA arises, for instance, in,considering the folloving problem
of planning the route for a cycle race. It is known tbat the route must
pass through n preselected cities. It is es,tablishedifor qny two cities
by which road the cyclists axe to travel from the first city to the second
(if the route is to be marked out in this order), and'by which road they
are to travel from the second city to the first (obviously these two paths
may be of different lengths)., Xis required to,routeithe race in such a
vay that the longest stage will be as short as possible.
A certain method is proposed in 5 1 'for solving the TSBA. The method
is not completely for-malized and is intended for solTirbg the TSHA manually
(rather than by computer). The authors note that co#!Iete formalization or
2/3

USSR
GABOVICH, Ye. at al., Tr. VyclAsl. tsentra. Tartus.~ lin-t, 1971, vyp, 22,
pp 3-24
the proposed method (probably feasible in principle) is apparently very
cumbersome and is scarcely advisable. In � 2 the --ethod is ap lied to
-P
various TSRA problems defined by distance matrices directly known from
the literature on the traveling salesman problem. In � 3 a solution is
given for six TSRA problems whose matrices,are different rardom-number
matrices. The number of cities for the largest matrix is n=100. A cer-
tain degree of success is attained in this paper due to 1).utilization of
certain advantages of a hunan. operator:over a computer (informal thinking);
2) the specific nature of the method which (enables.alinost arbitrary plotting
of a path repeatedly beyond a certain point in time. ~In the final analysis,
the authorn' experiment Own that the MRA in accequJI)le to mtuiual nolution
in the case of fairly large problems. Ilia time of S6111tial) tor n 4 57 Varies
from a half hour to several hours if the time for pr aration of initial
PP
data is not taken into account. A problem for n 100~ was solved manually
in less than 10 hours. Yu. Finkel'shteyn.
3/3
22

USSR UDC~~620,193,5
'BYKOV, V. N., RUDRIKO, V. A., and QABRIANOVICH, D. vti
"Effect of SbO on the Oxidation of lK',nl3 Ct6el"
Moscow,, Zashchita Metallov, Vol. a, no. 4, Jul-Au;, 'j,6. r-;) 455-4ju
Abstract: The well-known effecl. of the catastrophic Oxidation of stainless
steel is generally observed when the metal is alloyed~vith ele=ents 4nose
oxides are of the low-melting type (MoO P V20,,.PbO) or when i-.s surface LS
contacting similar oxides or salts. This study concei,ns the kinetics of
oxidation of lKhl3 steel at 800--10000C, its structureand phase coriposi-
tion of the oxide films formed in the presence of lead oxide. The fiLms
ahow areas with a peculiar geometry corresponding to the phase of lead ferrite
Pb,5Fe 0 The amount and size of such areas depends, on temperature, oxidation
2 3'
time,and amount of lead oxide vaporn in the oxidizin atmoaphere. !"he oxide
R,
film on M13 steel oxidized in air at 800':C is compofied of spinel (F,e, cr),G)
at 1000*C and a snaalll wGunt of metal oxide (11 0 ~Tn the rresence of 7~O
the ratio of these Dhases in the film varies: ;PbI5Fe2-03 and Me 0 X-Fe 0-)
2 3 2
1/2

USSR
BYKOV, V. N., et al, Zashchita Metallov, Vol. 6, no. 4 i~ Jul-Avg '10, pp 4j~-456
are uredominan. In such a manner, lead oxide promotes the irormation of -hases
containing metallic ions of a high valence, Phase 6~:-Fe is classed with
203
n-type semiconductors with disorder in the anion sublattice, In accordance
with Hauffe's rule of valence, introducing an element *.rith a lowear valence
(pb2*) in the lattice of such an oxide will increase the concentration of
anion vacancies and, consequently, the oxidation ratp..~.In the process of
oxidation of lKhl3 steel in a medium containing PbO vapors (or in contact of
FbO with the steel's surface)w the adsorp.t
-ion rate of 13b0 from the gaseous
phase may exceed the dissolution rate of lead ions in t,he 'Lattice of the oxide.
2/2

USSR'
D. I.
"Precision Alloys (Metallurgy and Properties)
Pretsizionnyye splavy (Meta1lurgiya, isvoystva) (English Yersion above),
Metallurgiya Presst Moscow, lg?Zp 104 pp
of teelS
Translation of Forevardt Hundreds a and alloys aim known tometa.11urgy,
distinguished by outstanding service characteristics. Among these, the pre-
cision alloys, due to the high level of their physicdl properties$ form a
special group. This group includes magnetically soft axid hard alloys, alloys
with special thermal and el"tic properties, alloy3'itlth fixed electrical
resistanceq superconducting alloyag as well as alloyts having a combination of
various physical properties,
In our country, the production of precision alloys was organized at the
beginning of the second world war, Research work irap concentrated at a specia-
lized institute and production vas concentrated at'.plants producing hIgh-quality
special steels. The creation of the doxestic production of precision alloys
was greatly facilitated by the personal efforts of 1~ F. Tevosyan.
Most precision alloys are alloys of iron, cohilt, and nickel. The metal
systems based on these elements have been broadly si~diedj but, due to the use
1/4
- 66 -

USSR
GABRIELYAN, D. I., Pretsizionnyye splavyl metanurglya, Press, Moscow, 1972,
104 pp,
of new methods and equipment for their study, new alloys are being continually
sought out In these systems with high propertiesp ato f urther improvement of
alloys created earlier in being achieved.~
As the requirements for products having high~physical properties have
grown, it has become necessary to use manganese, chromiun, titanium,
niobium, vanadiumf and the rare earth motals as bas6s forprecision alloys.
The directives of the 24th CPSU Congress for 'the 5--year plan for the
development of the national economy of the USSRp 1971-1975, call for a signi-
ficant growth in the branches of the national economy using precision alloys.
For example, applied cybernetics in to be used for broade:r application of
mathematical methods and.electronic computers.to achieve7overall automation
of production and control processes. The achievements of physics are to be
used to improve methods of conversion of energy and azesure progress in the
area of electronics, radio engineering, and space equipment, The areas of
application of precision alloys in domestic technolorl are Ining significantly
expanded -- further broad development of telephone, radlop and television
systems; the growth of the volume of producation and further Improvement of
the quality of domestic apparatus (television sets,. refriorators, an(i other
devices) are planned.
2/4

:-XSSR
'Gabrielyan, D. I., Pretsizionny-je splavy, Netallurgiy~a Prcss, Moscow, 1972, 104 pp.
The significance of the metallurgy of precision alloys as,branches determining the
progress of instrtunent building in many areas of newitechnology will increase from
year to year, and the prospects for its development cannot be overestimated.
Table of Contents
-Foreword 3
Main Groups of Precision Alloys
Mdgnqtically Soft Alloys
5
Iloys with Fixed Thermal Expan ion F ators 20
A s c
Alloys1with Special.~Elastic PropeTtieSL
27
.Deformable Magnetically Hard Alloys 33
Alloys with Fixed Electrical Resistance 38
Polymetals 42
Alloys Based on Niobium,-Titanium,and Chromium 48
3/4
69

/Z 016 UNCLASSIFIED' IlROCESSING DATE--230CT70
T.ITLE--THE. INTERACTION OF THE ACRIOINE DYES WITH ONA IN SOLUTION AND
-14SIDE PHAGE PARTICLE -U-
~,.,AUTHOR-(04)-GAGRILOVICH, I.M., ROMANOVSIKAYA# L.N.v,~ZENCHENKO, S.A.,
REZNIKOV, ITVW-~
T
OF INFO--USSR
BIOLOGIYAj 19701 VOL 4, NR J, PP 324-330
DATE PUBLISHED ------- 70
~SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
..TOPIC TAGS--BIOLOGIC STAINt PHAGEj DNA
C M) T ROL -MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
~~PROXY REEL/FRAME-1999/0398 STEP NO--UR/0463/'70/004/003/()324/0330
CfRC ACCESSION NC--AP0122578
~j~~ f- 1 ASS T s, T,7,N
plu I
..............
Itilli
ilf:,f fZ111 I.Ilit I I WfIvIIIJ f IlItt't.1141, 11:10!4t:1 1111111111111 lit] III 1111; isill I 11!111 1'~R
lit 11:191W 111HITI, it-Ifiv-1 liuM 11

-------- ---
/Z 016 UNCLASSIFIED PROCESSING DATE--230CT70
~CIPC ACCESSION NO--APOIZZ578'
tABSTRACT/EXTRACT--(U) GP-0- ABSTRACT* THE ABSORPTION AND T!AE
:~'.~.LUMINESCENCE SPECTRA HAVE BEEN STUDIED OF THE COMPLEXES OF ACRIDINE
.0RANGEp ACRIDINE YELLOW,. TRYPAFLAVINE AND RIVANOLE WITH THREE SAMPLES OF
:.:T4E NATIVE 'AND DENATURED D14A OF DIFFERENT, BASE roplpoSITI N. ACRIDINE
o
-ORAINGE-, ACRIDINE YELLOW AND TRYPAFLAVINE ARE SHOWN TO INTERACT WITH
NA'rIVE AND- DENATURED DNA IN A f)IFFERENT WAY. AC41C)INE YELLOW AND
TRYPAFLAVINE.'INTERACT PREFGRENTIALLY-WITH AOENlNE;!!AXD :THYMINE OF Dt4A.
RIVANULE AND TRYPAFLAVINE.ARE CAPABLE TO PENETRATE THE
PARTICLES OF T2 AND Ll PHA-GES AND FORM THE COMPLEXES WITH THE PHAGE DNA,
:,-~_-MHEREkS ACRIDINE ORANGE PENETRATES ONLY THE Ll P144GE PARTICLES.
'-.'-.TRYPAFLAV INE1 JNTERACTS B3TH WITH'PHAGE DNkAND PHAGE PROTEIN.,
BYELORUSSIAN STATE UNIVERSITYI:USSRi MINSK.~:

'PROCESSING DATE--160CT70
7 --1/2 021 UNCL4StIF'IE0
TITLE INVESTIGATION OF EFFECT OF NORADRENALIN ON THE 8RAI?l BLOOD FLOW
'U
EMPLOYING RADIUACTIVE GAS KR PRIMES
AUTHOR-(02)-HARPER, A.M.9 GABRIYELYANP~E.S.
C OUNT R Y OF INFO--USSR
.1,_~SOURCE_-0YULLETENl EKSPERIMENTAL"NOY BIOLOG11.1 MEbITSINY, 1970v VOL 699
NR 59~PP 59-62
BATE PUBLISHED ------- 70
',-SUBJECT. AREAS--BIOLOGI.CAL AND MEDICAL SCIENCES
~,"TOPIC TAGS--NORADRENALIN, UOG, KRYPTON, BLOOD CIRCULATIONt BRAIW
-,_,~.CONTROL MARKING--NO RESTRICTIONS
"'..'DOCUMENT CLASS--UNCLASSIPIED
_P ROXY REEL/FRAME--1998/0213 STE? NO--UR/0219/:70/06t)/005/0059/0062
CIRC ACCESSION NU--AP0120911
UNC L A 5 S-1 F I LE D

'UNCLASSIFIED PROCESSING DATE--160CT7O
.'212 021
?:,"CIRC ACCESSION NCJ--AP0120911
-..:,-ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. AS EVIDENCED FROM EXPERIMEtITS 0,,'i
:DOGSw INTRAVENOUS INFUSION OF NORAORENALIN DOES,i,!10T liNFLUENCE
:ESSENTIALLY THE REGIONAL BRAIN BLOOO:FLOW. NOTWITHSTANDING THE MAkKED
ANCREASE IN THE RESISTANCE GF~BRAIN VESSELS,, BLOOD VOLUME REMAINS
CONSTANT BECAUSE OF SIMULTANEOUS INCREASE OF THEAAEAh ARTERIAL PRESSURE.
~WHEN ADMINISTERED INTO THE 13RAIN VESSELS DIRECTLY, NOAAD~'ENALli"I
FACILITY: WELLCOME
MARKEDLY LESSENS THE BRAIN BLOOD FLOW,
FACILITY:
.-SURGICAL RESEARCH LABORATORY, UNIVERSITY,OF GLASGOW.
-DEPARTMENT OF PHARMACOLOGY, YEREVAN MEDICAL INSTITUTE.

USSR UDC 615.5
mRZOYAN, S. A., GABRIYELYAN, E. S., and AMMAN, E. A.,~~Yerevan Medical Institute
"Study of the Effect of Gangleron and Quateleron on Various Physicochemical Prop-
erties of Arterial Blood"
Yerevan, Doklady Akademii Nauk Armyanskoy SSR, No 3, 1970, pp 182-186
Abstract: The effect of the title compounds on the acid-b-ase equilibrium in the
arterial blood of cats was studied. It was previously shown that these compounds
can change the circulation level in the cerebrum. Twenty-five cats were studied
under anesthesia. A fine polyethylene catheter was inserted into the carotid
artery for removal of blood samples.. The compounds under investigation were in-
troduced through the femoral vein. The p1l and C02 pressure of the arterial blood
were monitored by electrodes. It was found that ganglerdh, in an,amount of I mg/kg
increases the C02 pressure in arterial blood within.10 mip of introduction. The
pH of the blood is changed, also, but other properties are not-significantly
changed. Intravenous administration of quateleron in a dose of 0.5 mg/kg Also
brings about a significant change in the C02 pressure of the arterial blood (from
33.70 + 0.95 in controls to 38.56 + 1.64 mm Hg), Also the pH of the blood is
affected. In contrast to the case of gangleron, the pOZ is somewhat changed.
1/2

USSR
GOLUBEVA, T. B., et al, Zhurnal Evolyutsionnoy Biokhimli Fizi