SCIENTIFIC ABSTRACT KASSIL, G.N. - KASSIROV, L.N.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KASSILI G.N., prof.
Voluntary and unvoluntery delusions. Zdorovle no.1:4-5 Ja '58.
(HEALTH EDUCATION) (MIRA 11:2)
N

GisHmmm, xa, mGER, i.m., EASSIL, G.N., EAKMTSE:AYA, B.O.
CRDYNETS, G.V. -?
Principles of pitthogenic therapy in cerebrocranial injurie 8;
neurohormonal reactions in acute cerebrocranial injuries Ivith
m=ary in French]e Zhur.nevre i psikh- 58 no.10:1204-1209 158
(KIRA 11: 11)
lo Klinika nervnvkh bolezney (zav. - prof. H-1. Grashchenkov)
TSentrallnogo instituta usovershenstvovaniya vrachey i neyrokhirurgicheisko-
ye otdeleniye (sav, -.doktor med.nauk I.M. Irger) bollnitsy
imeni S.P. Botkina).
(BRAIN, wd-- & inj.
adrenocortical reactions (Rus))
(ADREVAL CORTEX HORMONES, physiol.
in brain Injo (Rua))

GRASHOMMOV, N.I.; USSILI, G.N.
Neuro-humoral and neuro-hormonal correlates in certain forms of neural
patholog7. Zhur. nevr. i poikh 58 no.12:110t6-1454 158, (NM 12:1)
1. laboratorivi klinichaskoy neyrofisiologii AN SSSR us, base kliniki
nervzWkh bolesney I Moskovekogo ordena Imenins, meditainskogo iiistituts,
(sav. "rof. N.I. Grashchenkov.), Moskra.
(MVOTJSL SYSTIM, dis.
Uepro-humoral & nouro-hormonal correlates (Ru
(MIWCRM GIAM1q, pbysiol.
neuro-endocrine & newo-humoral correlates in VS din. (Rus
Am

KASSILI#,.,.Grigoviy-.Nauwvi.ch; 307VA, YO.M.; VZYW, A.M,
(Treatment by acupuncture (Chan-ohiu)l Lechenie igloukalvvaniam;
chzhen'-tsiuterapiia. Koskvs, ZRanie, 1959. 30 P. (Vessoiuznoe
obahchestvo po rasprostrazeniiu politicheskikh i nauchnykh znanii.
Sor.8: Biologiia i meditsinao no.17). (MIRA 13;6)
(ACUPUNCTURE)

TV._V_.J1 -SOLOWYEVA, A. D.~ G mfm) Yu. N.
"Functional State of the Suprarenal Cortex in Lesions of the Diencephalic Area,"'
Theses of the Proceedings of the Annual Scientific Sessions 23-26 March 1959
(All-Union Institute of Experimental Endocrinology)
From the Laboratory of Clinical Nearophysiology of the Academy of Sciences USSR
at the Clinic of Nervous Diseases (Heaa- -Professor 11. 1. Grashchenkov, active member
of the Academy of Medical Sciences USSR) of the First Moscow Order of Lening Medical
Institute

GRASHCHEUKO, N.I. (Moskva),- IRGER, I.M. (Moskva); K-W-.ILI G No (Moskvaj~
GILIMANI, L.M. (Moskva)j FAMEMSKAYA., B.I. (Moskva
Var.cular factor in acute craniocerebral tmuka. Trady Gos. nauch.-
isol. psikhonevr. inst. no.20-1333-342 159. (KM 14:1)
(BPA;F.WOUNM AND JNJWES)
I

KASSILI G.N., prof.; VAISFELID, I.L. (Moskva)
Histamine metabolism in certain types of neural diseases. Pat.
f1z1ol. i eksp. terap. 3 n0-3:16-22 Vq-Je 159. (KIRA 12:7)
1. Iz laboratorii klinicheskoy neyrofiziologii LIT SSSR na, baze
kliniki nervnykh bolezney I Moakovskogo ordena Lenina meditstaskogo
instituta. (sav. - chlen-korrespon'dent AN SSSR prof. N.I. Grashchenkov).
(HISTAMINE, metabolism,
in various dis. (Ras))
-U

KASSILI, G.K., prof.;IUTLINA. 3.A.; SOKOLINSXAYA, R.A. (Moskva)
Adrenaline-like substances and hiologleal activity of the blood in
certain forms of diseases of the nervous system [with summary in
Inglishl-o'.Probl.andoko i gorm- 5 no.1:70-79 J*a-F '59-
(MIRA 12:3)
1. Jz laboratorli klinicheskoy neyrof iziologii AN SSSR na baze
kliniki nernqkh bolezney I Moskovskogo ordena Lenina meditsinsko-
go instituts (zav. prof.'N.I. Graehchenkoi).
(SYHPATHONIMICS, in blood,
in NS die. (Rua))
M VOUS SYSTIM, diseases
blood sympathominetics & biol. activity (Rua))
-7- 71-5T-
-44T 1-77
M.,

XASSILI, G.N.; RAPOPMT.,SiTa.; ROSIN. Ya.A.
r---
Lina. Soloson*wna, Ghtern; 80th anniversary of her birth. Yiziol.zhur.
45 no.2:216-219 7 '59- (MIRA 32:3)
(B IOMUM131S 9
Shtern, Lina S (Rus))

KASSILI, G.N.- MATLINA, B.A.; SOKOLINSIAU, R.A.
Dynamic studies on adrenalielike substances and on the biologica-1
activity of the blood iuagrtain forms of diencephalic pathology.
Blul.ekop.blol.i mod. 48 no.12:31-36 D 159. (MIRA 130)
1. Grappa ablena,-kDrrespondenta AN SSSR W.I. Grashchenkova pri
Otdelenii biologichaskikh nank AN SSSR na. base kliniki ner7uykh
bolezney I Moskovskogo meditainakogo inatituta. Predstavlena
daystvitelInym chlenom ANN SSSR N.I. Grashchenkovym.
(SMATHOMIMICS pbysiol.)
(DMOITUWN physiol.)

GRASHCH3NOV, N.I.; IRGIR, I.M.; USSILS, G.N.; VON, A.M.; YAMWIMKATA, B.I.
Basis for pathogenic therapy of cerebrocranial injuries. Report no.l.
Functional state of the hemato-encephalic barrier in acute closed cerebro-
cranial injuries. Zhur. nevr. i psikh 59 no.3,'351-356 159. (MIRA 12:4)
1. Klinika. nervnykh bolezney (zaveduyushchiy - prof. N.I. Grashchenkov)
TSentrallnogo instituta unovershenstvovanlya vrachey i neyrokhirurAtche-
skoye otdeleniye (zav. - doktor pod. nauk I.M. Irger) bollnitsy imeni
S. P. Botkina, MoBkva.
(BRAIN, wds. & inj.
hemato-encephalic barrier (Rue))
(IBMTOAMCVHALIC BARRIER, in var. die.
brain iuj. (Rua))

GRASHCHENKOV, K.I.; KASSILI, G.N.; USOTA, M.K.; UPYN, A.M.; IVINA, N.A.;
KAYM"TSrATA X.-')GM?NMVA Te. M.
Application of acupuncture in certain dieeaees; clinical pbysiological
inveBtigatione. Zhur.nevr.i psikh. 59 no-10:1159-1166 159.
(MIRA 13:3)
1. Laboratorlya reflektornoy terapii Instituta psikhiatrii (direktor -
Prof. D.D.-Yedotov)'Minioterstva zdravookhraneniya SSSR, Mosk7a.
(AGUFMOTMUC)

17(4), 17(12) SOV/20-126-2-61/64
AUTHORS: KassilIq G. K., Matlinaq E. A.p Sokolinskayaj R. A.
TITLE; Adrenaline-like Substances and the Biological Activity of
Blood in the Case of Cold Essay Under Normal Conditions and
Those of Diencephalic Pathology (Adrenalinopodobnyye veshabeltva.
i biologicheskaya aktivnost' krovi pri kholodovoy probe v
usloviyakh normy i dientsefallnoy patologii)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 126, Fr 2, PP 446-449
(USSR)
ABSTRACT: The state of the vegetative nervous system is to a certain
extent characterized by the different forms of the adrenaline-
like substances. On the other hand it is imposs--*Ule to gain
by only one determination of the chemical composition and the
biological properties of blood a conception concerning the
"homeostase" boundaries or the structure of the pathological
syndrome as the latter is always a combined expression of
pathological processes and compensation phenomena. The main
principle of the collective group of the authors is a dynami-
cal investigation of the human organism: of a healthy, a sick,
and a recovering one. The authors did not restrict themselves
Card 1/4 to the determination of a physioloeical or biochemical final

SOV12o-126-2-61164
Adrenaline-like Substances and the Biological Activity of Blood in the Case
of Cold Essay Under Normal Conditions and Those of Diencephalic Pathology
constant but tried to find the adaptation mechanisms of the
organism and to separate the primary from the secondary re-
actions which are so.important for the origin, course, and
result of a disease. The authors used the method of the
adrenaline-like substances and of the biological blood activity
before and after the stress in order to characterize t'ae re-
activity of the nervous system. In the present paper the re-
sults are given which were obtained by cooling down the ex-
perimental person's hand. Healthy persons (control) and such
affected with different forms of diencephalic pathology (Refs 5,
6) served for this purpose. With practically healthy persons
the cold essay lead to an increase in the sympathetic blood
activity. It was expressed by an increase of the positive
inotropic effect an an isolated frog heart (an average of
40-5V16). The acetyl-choline level in blood was reduced by an
average of 40%- In most cases the content of reversibly re-
duced adrenaline-like substances and more rarely of the
specifity coefficient (SpC) increased. Thus the primary re-
action of healthy persons is in the case of a cold stress
Card 2/4 the activation of the sympathetic adrenal apparatus. The

SOV20-126-2-61164
Adrenaline-like Substances'and the Biological Activity of Blood in the Case
V
of Cold Essay Under Normal Conditions and Those of Diencephalic Pathology
sick persons can be divided into 4 groups according to the
results: Ist g r o u p . The reaction does not differ con-
siderably from the normal reaction. Often there occur, how-
ever, considerable shifts which surpass the physiological
fluctuations of the content of the investigated substances.
Mainly persons with functional disturbances of the activity
of the regulatory hypothalamus nerves were concerned. The
disease is curable in spite of the patients' complaints and
shows a favorable course. IInd g r o u p . The sympathetic
activity (accumulation of I'sympathines") increa~-es here, the
adrenaline-like substances increase, sometimes also the SpC
in the case of a simultaneous increase in ace'uyl-chinoline.
IIIrd- g r o u p . The sympathetic blood activity and the
acetyl-chinoline decrease are reduced. An additional heat
essay is recommended (Ref 4)- IVth S r o u p . The sympathetic
blood activity is reduced. Reduction of the adrenaline-like
substancest sometimes reduction of 3pC. Acetyl-chinoline in-
creases (Fig 2). This occurs in severe diencephalic pathology
and is scarcely curable. The increase in the sympathetic
Card 3/4 blood activity can depend on the accumulation of the adrenaline-

SOV/20-126-2-61/64
Adrenaline-like Substances and the Biological Activity of Blood in the Case
of Cold Essay Under Normal Conditions and Those of Diencephalic Pathology
like substances, on the transition of the oxidized formsto
reduced ones, but also on the reduction of the "parasympathine"
level. The increase in "parasympathinell level is often connect-
ed with the red--iction of the sympathetic activity. There are
1 figure and 7 Soviet references.
ASSOCIATION: Gruppa chl.-korr. AN SSSR N. I. Grashchenkova pri Otdelenii
biologicheskikh nauk Akademii nauk SSSR
(Group of the Corresponding I.Tembei IS USSR N. I. Grashchenkov
at the Department of Biological Sciences of the Academy of
Sciences USSR)
PRESENTED: December 4, 1958, by L. S. Shtern, Academician
SUBMITTED: November 29, 1958
Card 4/4

KASSILI, G. ff.; LATASH, L. P. (Moskva)
K voprosu ob uchastii retikulyarnoy formatsii stvola moz.ga cheloveka v
nekotorykh gomeostaticheskikh reaktsiyakh organizma
report submitted for the First Moscow Conference on Reticular Formation,
Moscow, 22-26 March 1960.

KASS-ILI G*N* prof. VFYNq-A-,M,j-kand6med.nauk--
Central nervous system# Zdorovie 6 no.439-31 Ap 160. (MIRA 13:8)
(NERVOUS SYSTEM)

GRASHCHENKOVs N.I.* KASSIL19 0 N.; LATASH, L.P.1 ORDYNETSp G.V.
Participation of the reticular formation and hypothalamic
vegetative nuclei in man adaptive reactions caused by
administration of small doses of adrenaline, Zhur. vys. nerv,
deiat. 10 no. 1:10-18 Ja-F 160o (MIRA 14:2)
lo N.I, Grashchenkov's Research Group Section of-Biological.
Sciencesp U.S.S.R. Academy of Sciences.
(ADRENALINE) (HYPOTHALAMUS) (ADRENOCORTICAL HORMONES)

GRASHCHENKOVp N.I.; KASSIL's G.N.,
Cl:fnical and phyoiologiqal analysis of some forms of diencephalle
pathology. Vbst. Al-21 S'SSR 15 no. 100-18 160. (MIRA 14:4).
1. Laboratoriya neyro-gumorallnoy regulptaii Instituta, vysshey
nervnoy deyatelinosti AN SSSR i nauchno-issledovatelfskaya.,gruppa
MN SSSR,
(~IENCEPHALON-DISUSES)

KASSILI# G,N,t prof*
Nasal electrophoresis. Sov. med. 24 no. 7:95-103 J1 160.
(MIRA 13:8)
1. Iz laboratorii neyro-gumorallnoy regulaytaii Instituta vysshey
nervnoy deyatellnosti Akademii nauk SSSR na Baze kliniki nervnykh
bblezney (zav. - chlen-korrespondent AN SSSRg prof. N.I.
Grauhchenkov) I Moskovskogo ordens, Lenin& meditsinskogo instituta
imeni I.M. Seebenova.
(ELECTROPHORESIS) (NOSE)
~S
~K

GRASHCHENKOV, N.I.; IRGER, I.M.; ~A ~SILI, ~G.N.; GIL21-lkl, P.M.; YJ24ENETSKAU, B.I.
Pr inciples of pathogenic therapy in cerebrocranial injuries. Report
No.3t Physiological mechanism of certain forms of therapy. Zhur.nevr.
i psikh. 60 no.5:551-555 160. (MIRA 13:9)
1. Klinika nervnykh bolesney (zav. - prof. N.I. Grashchenko) TSentrall-
nogo instituta usovershenstvovaniya vrachey i neyrokhirurgicheskoys
otdeleniye (zav.' - doktor meditsinskikh nauk I.M. Irger) bolluitay
imeni S.F. Botkinap Mosk-,ra.
BRAINS--WOUNDS AND INMIES)
BLOOD VESSELS-PERMEABILITY)

KA:39IL, G. N., VANSFELD, I. L., MATLIVA, E. SH., SOKOLINSKAYA, R. A.,
UGOLrFVA, -93. 11. , and SqqEYBr,,R, 0 . L. (USISIR)
"Biochemical Mechanism of Physiological and Pathological Reactions
of an Organism on the Introduction of Certain Hormone "reparations.,'
Report nresented at the 5th International Biochemistry Congress,
Moscow, 10-16 ftLgl 1961

GRASI[CHENKOV,- N4 L, and -KASSIL) G. A (USSR)
"The clinico-physiological analysis of some forms of the
diencephalic region"
Renort submitted to the 7th Intl. Congress of Neurology,
Rcrne, Italy, 10-15 Sep 61

KOCIIERGJN, I.G., prof.; KASSILI, G.N., prof.
Acupuncture. Zdorovle 7 no.3:14-15 bIr 161. (MICA .14-3)
1. Chien-korrespondent ANN SSSR (for Kqciergin).
(ACUPUNTURE)
IJN

KASSILI G N - BOYETA Ye.M.; VEYN~ A.M.; KAII-ENETSKAYA, B.I.; MALIT=IA, V.S.;
--:;~~~OVA, Ye.M.; FISHMANJI M.N.
Mechanisms of therapeutic effects in acupuncture. Vest.AHN SSSR
16 no-,3:37!-47 161. (MIRA 14:7)
1. Iz laboratorii reflektornoy terapii (rukovoditell - deystvitellnyy
chlen AliN SSSR N.I.Grashahenkov) Instituta.psikhiatrii (dir. - prof.
D.D.Fedotov) AMN SSSR- (ACUPUNCTURE)

KA.SSIL') G.N.
Hemato-encephalic barrier under certain physiological and pathological
conditions of the central nervous system. Fiziol.zhur. 47 no.3:301-
309 Mr 161. (MIPA 1415),
1. From the Laboratory of Neurohumoral Regulation, Institute of the
Higher Nervous Activity U.S.S.R. Academy of Sciences, Moscow.
WAIN)

KASSILI, G.N.; SOLOVIYEVA, A.D.
Adrenaline test under norml conditions and in certain forms of
diencephalic pathology. Zhur.nevr.i psikh. 61 no.28256-264 161.
(MA 34:6)
1. Laboratoriya neyro-gumorallnoy regulyatPii Instituta vySshey
nervnoy deyatel'nosti AN SSSR na baze kliniki nervnyk,,i bolezney
(zav. - prof. N.I.Grashchankov) I Moskovskogo ordena Lenina
meditsinakogo Instituta.
(ADRENALINE) (DIENCEPHALON-DISEASES)

Mechanism of the action of mall doses of adrenaline on the human
body under normal conditons and in case of certain lesions in the
diencephalic regions Dokl. AN SSSR 136 no.2:504-507 161o
(MM 1491)
1. Institut, vysohey nervnoy dayatellnosti Akademii nauk SSSR.
Predstavlow-akabod N.N. Chernigovskim.
(ADRENALIM) - (BRLIN-WOUNM AND INJURM)

KASSIL19 GJVj_SOKOLINSKAYAj R#Ao
Phenomenon of acetylcholine fixation by the human blood in vitro.
Dokl. AN SSSR 140 no.4:959-962' 0 161. (MIRA 14:9)
1. Institut,vysshey nervnoy deyatel'nosti i neyrofiziologii 91 SSSR.
Fredstavleno akademikom V.N.Chernigovskim.
(CHOLINE) (BLOOD-ANALYSIS AND CHEMISTRY)

V!..YSFj,,fT G.N, prof.
.1, T.L.; UOMYVA, S.V. (Moskv;A- KASWL',
,orrelatir,n between adrenaline and his+amine in tho blood in
r
adrenaline load under nortrial corditioi.s and in some forms of
neural patholcgy. Pat. fizi~'!. i eksp. terap. 6 no.41-,78-79
JI-Ag 162. (MIRA 17:8)
1. 1z laborator-ii nevr,-.
gumoruilnoy regulyutsii (zav. - chlen-
korrespondent kN SSSR prof. N.1. Graahchenkov) Instituta vysf;hey
nervnoy deyatellnost-I (dir. - chlpn-korreopondant AW1 SSM prof.
V.S. Rislnov) AN SSSR.

KASSILI, G.N,, prof.; LATASH, L.R., kand.med.nauk
Consciousnessp wakelVImesso sleep. Zdorovie 8 no.1:9-3-1
ja 162. (I-9RA 150)
(MUN-LOCALIZATION OF FIRICTIOM)

KASSILI Orl orl all ... 40,jrof.; GRASHCHWOV, U.1.9 prof., otv.
red.; VEYN, A.M.p red.izd-va; XASHINA.. P.S.j, takha. red.
(Hemato-oncephalic barrier; the anatomy, physiology, methods
of examination, and clinical aspect] Gemato-entsefalicheakii
barter; anatomlia, fisiologiia, matody issledova=Ua, klinika.
Moskva., Izd-vo Akad. nauk SSSR., 1963. 407 p. (MIRA 160)
1. Chlen-korrespondent Akademii nauk SSSR, doystviteltnyy
chlen Akademli meditsinskikh nauk SSSR i Akademii nauk
Belorusskoy SSR (for Giashchenkov).
(Heiatoencephalic barrier)

GRASHCHENKOV, N.I., otv. red.; KASSILI, G.N,, prof., otv. red.;
SHREYBERG, G.L., red.iz-d--Virj'-9- YYEVA, G.A., tekhn. red.
(Physiology and pathology of the diencephalic region of the
brain] Fiziologiia i patologiia dienteefallnoi oblasti go-
lovnogo mozga. Moskva, Izd-vo AN SSSR, 1963. 506 p. (MIRA 16:10)
1. Akademiya nauk SSSR. laboratoriya neiro-gwm6rallnoy reguliyatsii.
2. Chlen-korrespondent AN SSSR (for Grashchenkov).
(DIENCEPHALON)

KASSILsp GoVol prof*
Brain barrier. 7odorovle 9 noe3t9-LI Mr 163. (KMA 1615)
(stm) (CAPIMARTES-PERMBILITY)

K-A-S-SILI G-JI.; BOYINA, Ye.M.; VEYN, A.M.; KAHENETSKAYA, B.I.; MALfTSINA, V.S.;
I
----A ~-~~INILKOVA, Ye.M.; RAYT, M.L.
Acupuncture s a reflex method of treatment and its specific
characteristics. Vop. kur., fizioter. i lech. fiz. kul't.
28 no.5:415-419 S-0 163. (MIRA 17:9)
1. Iz laboratorii reflektornoy terapii A14N SSSR.

BOYEVA, Ye.M., kand. med. nauk; GRASHCHENKOV, N.I..,,prof.; KAMENETSKAYA,
B.I., kand. med. nauk; prof.; NELINIKOVA, Ye.M,
FISHMANy M.N., kand. biolog. nauk (R-6akva) I
Dysfunction of the hypothalamic region of the Insin in the
acute stage of closed craniocerebral injuries. Klin. med. 41
no.9-0113-1-19 S163 (MIRA 17:3)
1. Iz laboratorii klinicheakoy neyrofiziologii ( zav. - day-
stvitelInyy chlen ANN SSSR prof. N.I. Grashchenko) ANN SSSR i
laboratorii ney-gumorallnoy regulatsii ( zav. - deystvitell-
nyy chlen AM SSSR prof. N.I. Grashchenko) AN SSSR.

KASSILI, GX. (Moskva)
Catechol amines and their role in the regulation of body functioni.
Zhur. nevr. i psikh. 63 no.8:1255-1258 163.
(MIRA 17:10)

V
KASSILI) G.N.; LATASH, L.P.; RUTMAN, E.M.
Mechanism of the action of cholinergic substances introduced into
the brain ventricles. Dokl. AN SSSR 149 no.2:464-467 Mr '63.
(MIRA 16:3)
1. Laboratoriya neyrogumorallnoy regulyatsii AN SSSR. Predstavleno
akademikom V.N.Chernigovskim.
(PARASYMPATH014IMETICS) (ELECTROENCEPHALOGRAPHY)

GRASHCHENKOV, N.I., prof., akademik, otv. red.; BANSTICHIKOV, V.M.l
zasl. deyatell nauki, prof.., red.;J~��;Pl, G.N.) prof.s
red.; KOVANOV, V.V., prof... red.; M lSJHkOV',-V-.'V.j kand.
med. nauk, red.; SHRffBERG, G.L,p ved. red.
[Adrenaline and noradrenaline; reports] Adrenalin i norad-
renalin; doklady. Moskva, Izd-vo "Nauka," 1964. 310 p.
(MIRA 27:6)
1. Nauchnaya konferentsiya "Katekholaminy i ikh roll v re-
gulyateii funktsiy organizma (biokhimiya,, fiziologiya,
klinika)* Moscow, 1962. 2. C.Uen-korrespondent AN SSSR i
Akaden:iya nauk Belorusskoy SSSR (for Grashchenkov). 3. Dey-
stvitellnyy chlen AMN SSSR (for Kovanov). 4. Laboratoriya
neyro-gumorallnay regulyataii AN SSSR (for Kassill).

GJ..; V"
AY,~)PELID, -[.L.; VEYN,
E .4. r,
RAY T, P1. L. ; !~. A. ; S I I I U,'~(BER , G. L.
Analwis of neural, ~Jinoraj. and hormonal changeo In some for-ins
of vigilance disorders. Vest. AMN S-c',",R 11) no.6:54-62 t64.
(1411RA 18;4)
1. laboratoriya nervUl(b i. -Limorall-iykh reguiyatsiy A] SSSR.

KASSILIS G N.,,p;-of., (14oikva)
Hormone of danger. Priroda 53 no.4s77-79 164. (MM 17t4)

'S KYA A
60, K(.1 I, L N
Mechanism of acetyleholl-ne binding with blc%ja ~~n vit-o.
BiJul. sksp. b1ol. i med. 57 no.4:38-4-9 Ap
18:3)
Laboratoriya neyro-gu moral I noy regulyatsii IzEvv. chlen-
kirrespondent AN SSSR N.I. Grashchankov) AN S'S,S)11. Subm- ~ed
iqpril 2, 1963.

KASSIL'O G.N.; GEKHTO B.M.; SOLOVIYEVA, A.D.; UGOLEVA, S.V.
Insulin test in the clinical aspects of diencep*halic pathology.
Zhur. nevr. i psikh. 64 no.9tl327-1333 164. .(MM 17.-12)
1. Laboratoriya neyro-gumorallnoy regu-1yatsii AN SSSR i
laboratoriya klinicheskoy neyrofiziologii (zaveduyushchiy - prof.
N.J. Gr'ashchenkov) AMN SSSR, Moskva.

-G.N.; GRIGOPIYI-,.'V, M.Yu.; ISIXEYBLIRG, G.L.; VPiY,;I?ELlfj, I.L.;
RAYT, M.L.; SHAGAL, D.I.
Humoral mechanisms of reactiono caused by tho introduction
of carbocholine into cerebrospinal fluid. Dokl. AN SSSR
.1
156 no. 4:Q,64--967 Te 164. (miruk 17:6)
1. Prudstavleno akademikom V.N.Chernigovskim.

KASSILI . MI.; MATLINA, E.Sh.
Exretion of catechol amines (adrenaline, kf6radrenaline, dopasino-4-
and dopa) with human urine. Dokl. AN SSSR 156 no. 5t1236-1238
Je--164. (mim 17:6)
1. Predstavleno akademikom V.N.ChernigovskizT.

KASS-I'Ll, G.N.; GRASHCHRIKOV, N.I.; MATLINA, E.Sh.; BOYFVA, ~J'~
Syrpatheticoadronal sysluem in an acute cranjocerebral irl~llrf.
j
DoUl. AIN SSSR 158 no.6:1455-11+58 0 164.
1. Diboratoriya po izu-cheniyu ner-wrykh i gimorai'myk.'! regul- fltsiy
AN SSSR. 21. Chlen-korrespondent AN SSSR (for, 'Ure--echenk--:,-v'

KASSIL', Grigorly Ndumovich~- GRASHCHENKOV, N.I.,, otv. red.
[PaLi and anesthesia] Boll i obezbolivanie. 2. izd., ispr.
i dup. Moskvap Nauka, 1965. 316 p. (MIRA 18:5)

VAYSFELID, !.L.; GRASHCHENKOV, N.T.; KASSIL',, G.N.
Hilsl-,amine and its '-nac~l--4va-.'-ng systems, in acute cranlocerebrall
t.-auma. rok---, . AN SSSR 164, nc'.2~ li612-465 S '65j. (ITRA, ---l .8 : 9)
1. Laboratoriya po izuchuniyu nervnykh gumorall-iykh regulyat8ly
AN SSSR. 2. Chlen-korret~pond en 11-1 AN o.- Grafihchenlkov

KASSIL19 Lev
I
------
Normal childr n. Rab. i sial, 37 nc.,102 I* (KIRA 34:3)
,,,- Mr
IAesthetics) ldrenl~ls clothing)
v
Sj
1~

KASSIV, G.N., professor; I'ASSILIg T.G.
The liver. Worm's 3 no.2:9-11 7 157. (MLRA 100)
(LIVXR)

WSILI, V.G. vrach
-kvw~ww~,'w
Herpes. Zdorovle 4 no.10:31 0 158 (MM 11:11)
(HKRPES SIMPIXX)

JKASSILI V.illso~lv~.
I Teares' rdorovie 4 n0,9324-25
(LAGRIML MGANS)
158
(MIRA 11:10)

17 (1)
AUTHORS: Kassill, V. G*, Ugolev, A. M., SOV/20-126-3-65/69
Th-er-_nFg-cvskiyp V. N., Corresponding
Member AS USSR
TITLE: Gastric Reception and Control of Food Behaviour in Dogs
(Reteeptsiya zheludka i regulyateiya pishohevogo povedeniye,
u oobak)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 126, Nr 3, pp 692 - 695
(USSR)
ABSTRACT: The statement that an excess or lack of different substances
in the inner part of the organism is able to influence speci-
fically such a complicated behaviour reaction as the food se-
lection is based upon the hitherto collected facts. The in-
vestigation of the mechanisms which secure such influences is
in this connection very necessary. The osmoreception and pos-
sibly the reception of other blood components is caused by the
carotid nodules (karotidnyye klubQohki) according to several
present observations. It is, however, as well possible that a
chemical analysis of the substances introduced into the organ-
ism occurs already earlier in the bowel before they are absorb-
Card 113 ed by the blood (Refs 1, 3-5). The authors tried to explain in

Gastric Reception and Control of Food Behaviour SOV/20-126-3-65/69
in Dogs
this connection the possibility of specifically reflex influ-
ences of the intestine interoceptors of higher animals on -
their food behaviour. Approximately 250 experiments were car-
ried out with 8 dogs which had gastric fistulas. A soundproof
chamber or an isolated room served this purpose. 15 ml solu-
tion with an equal quantity of milk, however, with different
sodium chloride concentrations were offered to the dogs in
4-8 containers. A cover was removed from the food containers
before each experiment so that the dog could choosethe milk-
-salt solutions. The taken solutions flowed out again through
the gastric fistula which was opened during this interval. The
stomach was rinsed with warm water after each experiment. First
a salt concentration was detected above which the dogs refused
the solutions. Only dogs were chosen in the case of which this
maximum concentration remained constantly on the same level.
NaCl, glucosev et al. were introduced into the stomach by the
fistula. Already after the first experiments it became obvious
that the food reaction changes after the introduction of 300 -
500 ml hypertonic NaCl solution (3-5%)- In 2 - 3 cases the
Card 2/3 dogs refused the most concentrated HaCl solutions in milk (Fig

Gastric Reception and Control of Food Behaviour BOV/20-126-3-65/69
in Dogs
1). Sometimes the reaction was so distinctly marked that the
dogs drank pure milk. The selection reaction-was changed in
almost all experiments in which a NaCl solution of 5 or 3%
had been introduced into the stomach by the fistula. The re--
action occurred after only 3-5 minutesl sometimes 15-20 mi-
nutes and more. The above mentioned reaction could be stopped
neither by filling the stomach with 300-500 ml water nor by
expansion by means of an introduced balloon. The change in the
reaction vanished, howeverg after repeated experiments with
water filling or expansion by means of a balloon. The mention-
ed phenomena are of reflex nature. Figure 2 shows that the In-
troduction of 300-500 ml glucose- or saccharose solution does
not influence the selection of milk-salt solutions. The change
in the selection is realized under the participation of affer-
ent systems of the nervus vaguap although also other centri-
petal ways play a certain Ale (in line with reference 2).
There are 2 figures and 5 references, 3 of which are Soviet.
SUBMITTED: March 5, 1959
Card 3/3

KASSILI, V. G., Cand Med Sci.-- (diss) "Reflex effect in stornach re-
ceptors on feeding behavior in dogs." Moscow, 1960. 19 pp; (Academy
of Medical Sciences USSR); 250 copies; price not given; (KL, 18-60,
156)
Te-

UGOLEV, A.Mq XASSILI, V.G. (Mookva)
Phyoiolog.v of appetitee- Usp.scvr.biol. 51 no.3s352-368 MY-Je 161*
(MIRA 14:6)
(APPETITE)

CHEfWOOVSKIY, V.N., LRKIND, M.V., ~~nl V~-G-' UGOIZV, A.X.
ornteroception and alimentary behaviour of the ardmal.11
Roport submitted, but not presented at the 22nd InternatIonal.
Congress of Phwological Soleness.
Leiden, the Hot * lands 20-17 Sep 1962

ARFUTD, II.V.; KASSILI V.G.; UGOLEV, A.M.
Regulation of the water and salt apperites. Trudy Inst. norm. i
pat. fiziol. AKIN SSSR 6:146-149 162 (MIRA 17:1)
1. Laboratoriya obshchey fiziologii ( zav. - akademik V.N.
Chernigovskiy) Instituta normallnoy i patologicheskoy fiziolo-
gii AMN SSSR.

KASSILI V.G.
Dl--Inking st.-Amulus and the T-af-p of" water passage from the vtomach
to the intestine, Dc4LI. AN &SSR, 159 no.5c!194-~-a% D 164.
(MIRA 18cl)
I* Inst-Itat fiziolog."Li tqi. 1.".'~'avlnva AN ",SSP. Fredstaxlero
akademikom V.11. Chernigovakimo

KAF"'IL', V.G.
Significance of gastric receptors for a differentiated alimentary
behavior. Nauch.5oob. Inst.fiziol. AN SSSR no.3:59-63 165.
(MIRA 18:5)
1. Laboratoriya obslichey fiziologii (zav. - V.N.Chernigovsk-Ly)
i laboratoriya fiziologii pitaniya (zav. A.M.Ugolev) Itistituta
fiziologii imeni Pavlo,,,a AN SSSR.

KASSILI, V.L.
~hnagement of patients following tracheostomy for reanimation.
Vest. khir. no.10:129-134 164. (MIIRA 19:1)
1. Iz tsentra reanimataii Moskovskoy klinicheskoy ordena Lenina
boltnitsy imez-i Botkina (glavnyy vrach - dotsent Yu.G. Antonov,
glavnyy khirurg - prof. B.S. Rozanov) i laboratorii eksperimen-
tallnoy fiziologii po ozhivleniyu organizma (zav. prof. V.A.
Negovskiy) At-IN SSSR.

SHABANOV9 A.19.,, professor (Moskvai Navoslobodskaya, d,57-65p kv.10);
KASSILI, V.L,
Tracheostomy as a method of control in acute respiratory in-
mSficiency. Vest.khir. no.5:122-128 161. (MIRA 15:1)
1. Iz protivoshokovogo teentra, otdeleniya, neotlozhnoy khirurgii
(zav. - 'T.P. Bel'skaya) Moskovskoy klinicheskoy ordena Lenina,
bol;nitsy im. S.P. Botkina (gl. vrach - prof. A.R. Shabanov).
(TRACH&A-S'URGERY) (RESPIRATIO11)

Control of insufficiency of external respiration in shock and
terminal states. Ortop,, travm. i protez. no.12:17-22 61.
(MIRA 153;)
1. Iz TSentra po lecbeniyu shoks. i terminaltnykh sostoyaniy
Moskovskoy klinicheakok bollnitsy im. S. P. Botkina (glavnyy
vrach - prof. A. N. Sbabanov,, nauchnyy konsul'tant - prof. D. K.
Yazykov) i laboratorii eksperimentalinoy fiziologii (zav. prof.
V. A. Negovskiy) AMN SSSR. -
(SHOCK) (RESPIRATORY ORGANS-DISEASES)
so

RABINOVICH, B.N.; KASSILI, V.L.
Casa of revival from a state of clinical death usin heart
mosage. Khirurgiia no.9:130 162. IMMA 15:10).
1. Iz urologichaskoy kliniki (zav. - prof. A.P.Frumkin) i Mantra
po lecheniyu ahoka i terminallnykh sostoyaniy (rukovoditeli -
professors. V.A.Negovskiy i B.S.Rozanov) Moskovskoy klinicheakoy
ordena Lenina. bollnitsy imeni S.P.Botkina (glavnyy vrach
dotsent Yu.G.Antonov).
(HEART FAILURE) (RESUSCITATION)

KCRSMOV, Ivan Ivanovich; KASSIN, P,z,, redo; SAYTANIDI, L.D,,
tekhn.red.
(He who doesn't work, doesn't eat] Ito ne raboteet, tot ne eat.
Moskva, Izd-vo 14-va sell.khoz.RSFSa, 1960. 63 p.
(Agricultural laborors) (KIRA 14:2)

KASSIN, P.S., red.; SAYTANIDI, L.D., tekhn. red.
(Put the resources of the land in the service of our country)
Bogatstva zemli - na sluzhbu Rodine; materialy. Moskva. Izd-
vo M-va sell.khoz. RSFSR, 1962. 131 p. (MIRA 15:2)
1, Soveshchaniye rabotnikov sellskogo khozyaystva Dallnego
Vostoka i lAkutskoi ASSR, Khabarovsk 1961.
(Soviet Far East-Agriculture) (Yakutia-Agriculture)

_.4kSSIN, Ye.-
Letts talk about your snapshots. Sov.foto 22 no-10:40-42 0
162. (MIRA 15:11)
1. Fotokorvespondent TASS.
(Photography)

wwo Qef
1 1. (Moscow)
"Modern Problems of Clinical Picture and Pathomorphology of Erythremia."
Report submitted for the Eight International Congress ct Hematology, Tokyo, Japan.,
4-10 Sep 60.

KAZIMIN, G.S.; KASSIROV, G.M.; KREYNDFII, Yu.Ye.; LAPTEVA, T.I.
Some aspects of constructing accelerator tubes for high
currents. Izv. TPI 122:108-115 162. (MMA 17:9)

KALY-ATSKIY, I.I.; KASSIROV, G.M.
Breakdown of a high vacuum by short voltage pulses. IzV. VY8.
uchob. zav.; fiz. no-4:78-81 163. NIFA 16:9)
1. Tomskiy politeldinicheskiy institut imeni S.I.I.Kirova.
(Breakdown, Electric)

'ACCESSION AMR. AP4013427 S/0057/64/034/002/0348/035.1
AUDHOR: Falyatslci,y, I.I.;,JFa~~sirov, G.M.
TITLE: Investigation of the effect of electrode material on pulse breakdown of a
high-vacuu:
n gap
SOURCE: Zhurnal tekhn.,fiz., v.34, no.2, 1964, 348-351
TOPIC TAGS: breakdown, pulse breakdown, high-vacuum'breakdown, electrode material,
graphite electrode, lead electrode, copper electrode, aluminum electrode, steel
electrode, aluminum steel electrode
ABSTRACT: The breakdown of a 1 = high vacuum gap between a 20 = diameter hemi-
spherical cathode and a plane anode was investigated with voltage pulses having
rise times from 0.2 to 4 microsec. A pressure less than 2 x 10-5 mm H& was main-
tained in the gap, and electrodes of graphite, lead, copper, aluminum and steel
wore investigated. The pulses wore produced by discharge of a 100 W capacitor, and
the rise times were7controlled by an R-C circuit. The potential across the gap was
measured and the breakdown was observed with an oscilloscope. The breakdowns ocourr-
ad during the riso of the pulse, and the earlier,. the steeper the pulse, Breakdown
CWd

ACCMICH MRS AP4013427
times of 0.1 microsec were achieved with all the electrode materials. The 0.1 =to-!
rosec ttpulse coeffi cient", I.e., ths ratio of the breakdown potential at 0.1 micro-!
see delay to the,stotic breakdown potential, ranged from 1.93 for copper to 2.9 for,
'graphite electrooes-. Except for the steel electrodes, which did not follow this
rule, the pulse coefficient Increased with decreasing Young's modulus of the elec-
trode material. 'The-,curves of breakdown potential versus delay time were convox,to
the time axis, except for steel electrodes. The steel eLectrodecurve was slightly
~concave. Breakdown between aluminum and steel electrodes was investigated. each
material -serving in tum as anode. The breakdown potential for very short delay
times was approximately that characteristic of the anode material, and the shape of,
-the delay time curves was reminiscent of that obtained when both electrodes were of;
the cathode material. It is considered diflicult to reconcile the ob7served short
delay times with-Cranberg's hypothesis concerning vacuum breakdown (L.Cranborg, J.
Appl.Phys.23,513.,1952) because of the long time required for a material Particle to'
traverse the gap,. "In conclusion, the authors express their gratitude to engineer
B.M. Koval Ichuk for participating in the preliminary experiments.' Orig.art.has: 3
Tigures and 1 table.
2/3
Card

ACCESSION NIZ: AP4013427
ASSOCIPMON: Tomskiy politelchnichoskiy institut ir.. S.1,11.Kirova (Tomsk Polytechnic
.4nstitute)
SM'.11ITTED: 12Doc62 DATE ACQ% 2GFab64 EXCL: 00
SUB CODE: PA NR REF SOV: 005 O-IAZR: 001
3/3
Card

ACCESSION NR: AP4020577
S/0057/64/034/003/0484/0487
AIMIOR: Kassirov, G.M.; Kovallchuk, B.M.
TITLE: Investigation of delay times for the electric brealtdown in vacuum gaps
SOURCE! Zhurnal tokhniallaakoy fizi)(1, v.34, no.3, 1004, 484-487
TOPIC TAGS: breakdown, electric breakdown, vacuum breakdown, vacuum gap, breakdown'
delay time
ABSTRACT: The brealtdown of positive :;pliare (12 min diameter) to plane electrode
gaps in vacuum was investigated. The cluatrodos were of copper and were carefully
cleaned and polished. The gap length %va.-i varied from 0.1 to 1.0 mm% The vacuum chmn-
ber was of metal; the gaps were thus prc.,;umibly in darkness. The residual gas pres-
sure was between 10-5 and 2 x 10-5 min 11g. No cold trap was employed to remove the
pump oil vapor. The voltage pulses were produced by discharging a capacitor bank
through a pressure gap into a 75 ohm cable. A voltage doubler (not described) was
employed at the open end of the cable. The rise time of the pulse is said to have
been 4 or 5 nanosec. The oscillograms reproduced show, however, that the pulse rom
in twoztages: the voltage rose in 4 or 5 nanocec to half its final value and re-
C"dl/2

ACCESSION M-.' AP4020577.
mained nearly constant at this value for 10 or 12 nanosec, after which it again
rose-in another 4 or 5 nanosod to its final value. The delay times were measured
from the instant the voltage pulse reached its full value to the time at which the
gap potential had dropped by ~0%. The delay times wore measured at overvoltage co-,,
efficients (ratio of pulse voltage to static breakdown potential) up to 1.7. They
ranged from about 32 nanosec for the 1 mm gap at an overvoltage coefficient of 1.1!
to about 6 nanosec for all gaps at an overvoltage coefficient of 1.7. The relation-
between overvoltage and delay time was approximately linear. The relation between _
delay time and gap length at fixed overvoltage coefficient was nonlinear: tile delay
time increased much more rapidly with gap length for Cap lengths near 0.4 mm'than
for either longer or shorter gaps. This behavior is discussed very briefly in terms,
of the rol'e of cathode field emission in the breakdown mechanism. ."In concluaion,''
the authors express-their gratitude to Assistant Professor-I.X.Kalyatakiy for his
constant interest.in the work.". Orig.art.has: 4 figures.
ASSOCIATION: Tomskiy politeldinicheskiy institut im.S.M.Kirova Cromak Polytech.Inst.)

'XCCESSION XR: AP4042937 S/0057/64/034/008/1471/1475
,AUMOR: Kalyatskiy, I.I.; Xassirov G.M.,
~.TITLE: Investigation of pulse flashover of several solid dielectrics in vacuo
;SOURCE: Zhurnal teldinicheskoy liziki, v.34, no.B,"1064, 1471-1475
.TOPIC TAGS- insulating material, flashover, sparkover, dielectric, particle ac-
,colerator
~ABSTRACT: In order to obtain data that might be useful in the design of accelera-
;tors and other high-vacuum high-vo 'ltago equipment,.the authors measured the vacuum
.pulse flashover (sparkbver) potentials of teflon, a vinyl plastic, an epoxy resin,
and an acrylic resin for pulse durations from 0.1 to 3 microsec. The apparatus is
described elsewhere (I. I. Xalyatskiy and G. M. Xassirov, Izv.VUZov,Fizika No. 4,1963).
,The flashover always occurxed during the rise of the pulse. The only information gi-
ven concerning pulse shape is a single oscillogram; in this case flashover occurred,
while the pulse was still rising at about half its initial rate. The specinens were
.1.5 cm diaz-,ieter cylinders -from 0.5 to 2 cm long. The surfaces were worked with line'
emery paper, polished, washed, with benzene and alcohol, and the specimens were placxd
1/3

;AC(XSSION XR: AP4042937
~in the dischnrgo chamber between 4.5 cm diameter aluminim electrodes..The specimens
wore subjected to a cleansing,dischargo, and the flashover potentials were measured
both with increasing and with 'decreasing pulse du~ption. The flashover potential
increased with the length of the specimen, but not quite proportionately. Pulse fw-
;tors (ratio of pulse to steady spark potential) of 2 to 5 were obtained with 0.1
;microsec pulses. At 1.5 microsee the pulse factors,, except for t6flon, were less
,than 1.65. These pulse factors are close to those,pbtained for c'Qramic materials
.under similar conditions by M.'Kofoid (Power Apparatus and Systems No.6,999,1960).
'Although lor most of the materials the pulse factor decreased monotonically with in-
-creasing pulse duration, for Plexiglas the pulse factor reached i minimum of 1.33
at about 1.5 microsec and increased to approximately 2 at 3 microsec. The authors
:suggest that some of the other materials may have similar minima at longer pulse
;durations, beyond the range of their measurements. Measurements were made with po-1,
lished aluminum, ground aluminum, and graphite olo~trodes; no differences were
iound. Reducing the cathode d-iameter to 1.5 cm increased the flashover potential
for short pulses by a :factor 2; reducing the anode diameter had very little effect.
'Specimens with carefully polished surfaces flashod over at a 30 to 4010 lower poten-
tial than those whose surfaces had been worked with fine emorgy. Orig.art.hus: 6
figures.
2/3

ACCESSION NR:. AP4042937
ASSOCIATION: Tomskiy politelchnichoskiy institut im. S.M.Kirova (Tomsk Polytechnic
Tnstitute)
SUBMITTLD: O9Jul63 ENTL: 00
:ISTJB CODE: EE, NP NR REP SOV: 002 -OTHER:003
3/3

.ACCESS ION NR: AP4042938 8/0057/64/034/008/1476/1481
AUTHOR- Kassirov, G.M.; Mesyats, d.A.
~TITLR: On the breakdown mechanism of short vacuum gaps
.SOURCE: Zhurnal takhnicheakoy fiziki, v.34, no.8, 1964, 1476-1481
;TOPIC TAGS: spark ignition, electric breakdown, vacuum breakdown
ABSTRACT: The experimental work of G.K.Kassirov and B.M.Kovallchulc (ZhTF 34'No.31
11964) on the pulse breakdown of 0.1 to I mm vacuum gaps has been continued. New ex-
perimental results are reported, and the earlier results are reviewed. The salient
experimental facts adduced.are the following: 1) There is a delay of 5 to 30 nanot-
sec between application of the pulse and initiation of the breakdown. This delay
time increases nonlinearly with increasing gap length and decreases with increasing
:overvoltage. 2) After initiation of the breakdown, the gap potential falls approxi-
,mately linearly to zero over a decay period of 3 to 40 nanosec. The decay period in-
.creases with increasing gap length, and it also increases with increasing overvol-
I
stage. 3) The linear decay of the gap voltage is Interrupted In the case of the lorg-
9
ler gaps by fluctuations which, in the case of the Ion
goat gaps, assume an almost os-.

iACCESSION NR: AP4042938
icillatory character.with periods from 5 to 10 nanosec. The work of A.Maitland (J.
it.J.Ap'l.Phys.13,122,1962) on pitting of vacuum gap elec-'.
,Appl.Phys.32,2399,1961; Br p
~trodes is reviewed briefly. An a .ttempt is made to provide theoretical'explanations 'I
!for the experimental results described aboye with the aid of concepts derived from
;Maitland's findings. To explain the delay time, the authors assumo Thai Maitland's:
~electron beam issuing from a "micropoint" on the cathode has reached its critical
,intensity by the time the pulse has risen to it~ maximum, and,,they,calculate the
time required for the beam to vaporize a portion of the anode and eject a puff of
.anodo metal vapor. This time they regard as the delay time. For gaps of 0.3 = and
.less the calculated delay times are of the same order of magnitude as the observed,:
.and they behave similarly with varying overvoltage. For longer gaps the observed de-
lay times are much longerAhan the calculated. The authors suggest that in these
,cases the electron beam does not reach its critical intensity at once, and that the
time required for the development of the beam must be included in the calculation.
,:The explanation'.of the transition to the are dtichargo (decay time) is more involvecL
.The suggestion of U. and A.Goldmann (Compt.rend.Acad.Sci.255,213,2654,1961) that the:--,-
itransition Occurs when metal vapor traverses the gap as a result of its explosive
Ojection from the anode is untenable, for the process In too slow, Iona, an the oth.~
.or hand, traverse the gap in a time much shorter than the observed decay times. The!
2/3

ACCESSION NR-. AP4042938
authors suggest that when Maitland's electron beam ejects a puff of anode metal va
por, some ions are formed and a narrow conducting channel results. It is assumed
that this channel somehow stimulates the development of other electron beams in its:
vicinity. The process then continues as a chain reaction and thus accounts for the
:Xluctuations of the electrode potential during the decay period. When the overvol-
~tage is increased, the electron beams become narrower and produce smaller electrode!
pits and fewer conductive'channels. More channels are then required to lower the
gap potential by a given amount, and their production.requires more time, Orig
art.has: 10 formulas, 3 figures, and I table.
ASSMIATION: Tomskiy politekhnicheskiy institut lm.S.M.Kirova (Tomsk Polytechnic
Institute)
'.SUBMITTED: 06AugQ3 EXCL: 00
SUB CCDE: EX HR REP SOV: 010
OTHER:009
3/3

L 22274-66 EWT(l)
ACC NR: An6005l9l SOUROE'CODZ: UR/0058/65/000/009/0019/6016
AUTHOR: Kassirov, 0. M. 33
TITLE: On the pulsed electric strength of vacuum gaps'
SOURCE: Ref. zh. Fizika Abs. 9GI49
REF. SOURCE: Sb. Proboy dielektrikov i poluprovodnikov., M.-L.,
Energiya, 1964, 91-93
TOPIC TAGS: dielectric breakdown, vacuum, spark gap
21,
TRANSLATION: Results are described of experiments on the breakdown
of vacuum g2ps up to 1 mm under the influence of voltage pulses of
duration 0.1 3.0 ~tsec. It is shown that the prior conditioning
of
the gap, namely the number of pulses and the size of the current
in each pulse, e-l'erts-an-appreciable influence. To obtain a rela-.
1tively stable value of the breakdown voltage, the gap must be broken
down beforehand some 200 -- 300 times. Measurements of the volt-
second characteristics of a preconditioned gap between a hemisphere
Card

L 28495-66 EWIM
ACC MAMO04W SOURCE CODHt UR/0275/65/000/010/AO24/AO25
AUTHORj Kassirov~ 0. M.
TITLEt MMulae electric strength of vacuum gaps
Abs. 10A177
SOURCS::Ref. zh's Elektronika i yWe primenani",
-93'
MW SOURCE% Sb. Proboy dielektrikov.j poluprovodnikov. M.-L Energlya' 1964m, 91
TOPIC TAOSt el*otric currento glect ic br down, electrovacuum, electric.,
polarization, electric discharge
ABSTRACT: The results are described of an experimental study of breakdown of vacuum
gaps up to 1--em long with 0,1-3.0-microsee impulses. An essential effect of
training (number of impulses and their currents) is shown. Relatively stable
breakdown-voltage va:Lues were obtained only after the gap had been broken 200-300
times. A heavier-current training results in a lower breakdown voltage; hence, the
heavy currant training was selected. A volt-second characteristic of a trained gap
betweena hemisphere and a plane was measuredl the effect of hemisphere polarity was
observed: with i positive-polarity#.the breakdown voltage was by 10-15% higher
than with a negative polarity. The experiments corroborated some earlier data on
the effect ofthe interelectrode distance upon the volt-second characteristic shape:
-dth a 0.3-m gap, no discharge lag was abservedl with longer gaps (0-7 m),
:higher breakdown voltage corresponded to shorter t1me of voltage application*
nVe apres, Bibliography of 4 titl4s'6 1-.D6 Manslatl= Of abstract]
III UDC:5
..-CM1 09

ACC NR_iAP'_~661ii'J6
SOURCE CODE: UR/0057/5 /66/010/1883~1885
5
UTHOR: Kass iroV, G.
none
iTITLL: Effect of electkode material on the breakdown time of a vacuum gap
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 36, no. 10, 1966, 1883-1885
TOPIC TAGS: spark gap, vacuum*electric discharge, electrode, steel, copper,
graphite, aluminum, lead
ABSTRACT: The author has employed high voltage square pulses and apparatus and
techniques described elsewhere by himself and B.M.Kovallchuk (ZhTF, 34, 484, 1964)
to measure the delay times in the breakdown of vacuum gaps with electrodes of steel,
copper, aluminum, graphite, iand lead, The potentials giving equal delay times for
0.5 mm gaps with electrodes of graphite, aluminum, copper and steel increased in the
order in which the electrode materials are named. This finding is in agreement with
the results of N.B.Rozanova and V.L.Granovskiy (ZhTF, 26, 490, 1956). When the
delay times were plotted against the overvoltage, the curves for the different elec-
trode materials fell into three groups: for steel, copper,and graphite, the delay
time at an overvoltage of 1.2 was 18-20 nanosec; for aluminum the delay time at the
~s ame overvoltage was about 8 nanosec; and for lead the delay time was less than 5
nanosee and could not be measured. The following semiempirical equation for the
Card 1/2 UDC: 537.521.7

NRs
delay time t in terms of properties of the electrode material, based on the theory of
A.Maitland (J.Appl.Phys., 32, 11, 23999 1961)l is presented: t w (AcksT2d6/5)/
(LK2V3). In this equation, C is the heat capacity, k is the beat conductivity, s is
the specific gravity, and T is the melting point of the electrode material, d is the
gap length, V ij ~he pVlse breakdown potential, and K is a constant whose value is
6.8 x 10 erg/V .cm1'4 sec. Abstracter's-note: The author does not say what L
represents.7 This formula is shown to be in very rough agreement with the experi-
mental data. It is concluded that thermal processes at the anode play an important
role in the process of vacuum gap breakdown, Orig.art. has: 1 formula, 2 figures,
and 2 tables.
SUB CODE: 20 SUM DATHs. 23S3-p65- ORTO REP: 003 OTH REF: 001
2/2

USSIROV, L.N.; X&MYSHU, 1*78*0 nauchwy rukovoditell , doktor ekon. nauk.
[Boonomic accountability on state farms; authorls abstract of a die-
sertation offered for the degree of candidate of the economic
ciences] Khozraschet v sovkhozakh; avtoreferat dissertaiaii na
:
oiskanJa uchenoi stepeni kandidata ikonomichookikh nia*. Fauchnyi
rukovadi.tell I.M. Kkntyahev. Koekva, Akad. nauk SSSR, 1957, 19 p,
(State farms--Aecountiug) (MM U.-B)

KASSIROV, Leonid Nikola e c kand.ekonom.nauk. nauchnyy sotradnik;
ZUBRILINA, Z.P., tekhn.red.
[Business accounting on state farms] Khozioistvennyi raschet
v sovkhozakh. Moskva, Goe.izd-vo sellkh02.lit-ry, 1959. 124 p.
(KIRA 12:9)
1. Institut eko4omi)d Akademii nauk SSSR (for Kassirov).
(State farzas--Accounting)

KASS IROV.-.L~-
Costs, prices and business accounting on collective farms.
Yop. ekon. no.3:74-81 Mr 160. (MIRA 13:2)
(Collective farms--Pinauce)

SUVOR(YVA, Lidiya Illinichna; KASSIROV, Iaonid NikolaZ2yich; VA.RT-BARONYAN,V.y
red.; KIEEPACH, IT., red.; SLMEVSKaA, M., tekhn. red.
[Knowledge and know-how; collection of articles on the economics of
socialist agriculture] Uat' i umet". sbornik statei po ekonomike
ootsialistichesk-m sel'skogo khoziaistva. Moskva, Izd-vo TsK VLKS-1
"Molodaia gvardiiall 1961. 189 P. (MIRA 14:12)
(Agriculture-E,conomic aspects)

I ~ - I ., ~ I-II~ z
-- USS IROV, Le
Problems of working capital of collective farms. Vop. ekon. uo.1:
26-36 Ja 161. (KIM 13:12)
(Collective farms-Finance)

KASSIROV, L.
"Utilizing the law of value in collective fam production" by
V.G. Venzhor. Reviewod by L. KaBsirov. Vop. ekon. no.7:127-
133 J1 161. (MIRA 1-4:7)
(Collective farms) (Value)

J.D, starobiy qotr~~'
LAPTEV r BUYANOV, F.S.,, starshiy nauchrwy
sotr.;- 'Aarafdy naucWyy - setr.; TERYAYEVA)
A.P., starshiy nauc sotr.; SUVOROVA, L.I.., sta-,Bhiy nauch-
nyy sotr.; SIDOROVA, M.I., starshiy nauchnyy sotr.; M021,
S.I., starshiy nauchnyy sotr.; Prinimali uchastiye: ARKHIPCVj
A.I., mladshiy nauchnyy sotr.; VAZYULYA, P.F., mladshiy na-
uchnyy sotr.; KARLYUK, I.Ya.,, mladshiy nauchryy sotr.;
KA,OIAUKHOVA, Ye.I.,, mladshiy nauchrqy sotr.; KRYLOVA, T.N.,
mladshiy nauchnyy sotr.; RONANOVSKMA, L.S., mladshiy naacbnyy
sotr.; CHISTOV, G.N., m-lad.shiy nauchnyy sotr.; POTAPOV, Kh.Ye.,,
red.; GL9AS11-10VA, Ye.S., tekhn. red.
(Com=al funds of collective farms and the distribution of col-
lective farm income] Obshchestvennye fondy kolkhozov i raspre-
delenie kolkhoznykh dokhodov. Moskva, Izd-vo ekon. lit-ry,
1961. 386 p. (MIIU 15:3)
1. Akademiya nauk SSSR. Institut ekonomiki. 2. Sektor ekono-
miki sellskogo khozyaystva. Instituta ekonomiki Alcademii nauk
SSSR (for Laptev, Buyanov, Kassirov, Teryayeva, Suvorova.,
Sidorova, Semin).
(Collective farms-Income distribution)

-.,=SIROV-jF- Leonid .-Nikoleyevich, kani. ekon=. nauk; PYLAYEVA, A.P.p
red.; DEYEVA, VAL, tekhn. red,
(The working capital of collective farms] Oborotmye aredstva
kolkhozov. Moskva Seltkhozizdat; 1962. 110 p. (KIRA 15:6)
tdollective farms-Finance)
A.-JR.-

KASSIROV, L., kand.ekonomicheskikh nauk; ARKHIFOV, A.
Now phase in the development of Soviet agriculture. Komm.Vooruzh.-
Sil 2 no.9:53-58 Yq 162. (MIRA 15:5)
(Agricultural policy)

KASSIROV) L.
Intensification is the main path for developing agriculture.
Vop. ekon. no.3:10-21 Mr 162. (MIRA 15:3)
(Agriculture)

KASSIROV, L. N.
"Mechanization of agriculture and improvement of labor production"
report to be submitted for the United Natiom Owterence on the
Application of Science and Technology for the Benefit of the Less
Developed Areas Geneva, Switzerland, 4-2o reb 63-

BADARIYAR, G.G.; TYIJTIW, V.A.; C101aUS11KP1, S.D.; ZUZIK.' D.T.;
It KHODASEVICH, B.G.; FRAYER, S.V.; C;U.W-iCrV, Ye.I.; KAZANSKIY,
A.M.; KARAYEV, S.A.; AWAFOV, V.A.;
VASIL'YEV, N.V.; BUGAYEV, N.F.; SAPILINIKOV, N.G.; KASTORIN,
A.A.; RUDNIKOV, V.P.; YAKOWHV., V.A.; PEMMI:111, V.I.;
ISAYEV, A.P.; KUZIMICHEV, N.N.; WIN, S.A.; PRONIN, V.A.;
L1UK'YA1,TOV,, A.D.; SHMiOV, Ya.K.; IL'ICIEV, A.K., kand. sell-
khoz. nauk; KOGAN, A.Ya.; TSYNKOV, M.Yu.; BABIY, L.T.;
GORBUOV, I.I.; KOVALEV, A.M.; ROW%!C1MNKOj G.R.; BRODSKAYA,
N.L., red.; IVRIOVA, A.W.., red.; WREVICH, M.M., tekhn. red.;
TRUKHINA, O.H.p tel:hn. red.
[Economics of agriculture)Ekonomika sotsialisticheskogo sell-
skogo khoziaistva; kurs lektsii. Moskva, Sellkhozizdat, 1962.
710 p. (MIRA 15:10)
(Agriculture-Economic aspects)