SCIENTIFIC ABSTRACT KOZLOV, V.V. - KOZLOV, V.YA.

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

I T D~ lu . V --T ye . K.
;Idlin-i toldl. 4 no.3-47l'-,481 1: 1.0)
',:o.-,"-.ovskiy institut narodnogo ilio-.yaystva imeni Flel~lanova..
::w v,-Iva orgardrhoskoy khin-ii.
(Azo iiyes)
(Anthraquinone)

KOZLQV, V.V.,,- DAVYDOV, A.A.
Anthraquinone series. Part 281 Characturiatics of the reaction
involving the chlorination of 0~-anthraquinonesulfonic acid by salts
of chloric acid. Zhur.ob.khim. 30 no.10:3456-3464 Q - ,61.
(MM 14:4)
1. Moskovskiy institut narudnogo khozyuystva imeni G.V.Plekhanova.
(Anthraquinoneou.Ifonic acid) (Chloric acid)
I

KOZLGV .,, DAVYDGV, A.A.
Anthraquinone series* Part 321 Ozidative chlorination of
anthraquinone-o(-sulfonic acid. Zhur.ob.khim. 31 no.6:2049-2052
Je 161* (KERA 14:6)
lo Institut narodnogo khozyaystva imeni G.V.Plekhanova.
(Aathraquinonesulfanic acid) (Chlorination) ((kidizing agents)

BBLOV, B.I.; KOZLOV, V.V.
P.iazo compounds. Part 14: Diazotization of aromatic amines
with nitrite in solutions of saturated carboxylic acidsi
Zhur.ob.khim. 31 no.7-2212-2217 Jl 161. (MIRA 14:7)
1. Moskovskiy institut narodnogo khozyaystva imeni B.V.
Plakhanova.
(Amineb) (Diazo compounds)

KOZLOV, V.V.; BELOV, B.I.
Diazo compounds. Part 15: Diazotization of aromatic-S~Ues
with ni-trite in oxycarboxylic-acids. Zhur.ob.kbim- 31 no.7:
2217-2221 J'l 161. (MIPI 14:7)
1. .14oskovskiy institut narodnogo khozyaystva imeni G.V. Plekhanova.
(Amines) (Diazo compounds)

KO, ELOVSKAYA, I.K.
Naphthalene series. Part 21: Action of amnonia on naphthoates
and certain naphthol esters. Zhur.ob.khim. 31 no.8-2662-
2667 Ag 161. (MIRA 14:8)
(Haphthoic acid) (Armonia) (Naphthol)

KOZT,OV, V.V.; VESELOVSKAYA, I.K.
Naphthalene series. Part 22: Amination of dihydroyynaphthalenes.
Zhur.ob.khim. 31 no-9:3030-3033 S '61. OURA 14:9)
(Amination)
(Naphthalenediol)

KOZLOV, V.V.: SUVOROVA, S.E.
Naphttialene series. Part 23! Oxidativenitration of &-selen-
ocyanonaphthalene and naphthalene v~, oQ-diselenide. Zhur.ob.kbim.
31 no.9:3034-3037 S '61- (MM 14:9)
1. M-iskovskiy institut narodnogo khozyaystva imeni G.V.Plekhanova.
(Selenocyanic acid) (Naphthalene) (Oxidation)

KOZLOV V.V.- KOLESNIK, Yu.A.
A :-:-,
Anthraquinone series. Part 33: Reactions of anthraquinonesulfonic
acids with basic dyes. Zhur.ob.khim. 31 m,10:3448-3453 0 161.
(MM 14 ilO)
1, ~bakovukiy institut narodnogo khozyaystva imoni G.V.Plekhanova.
(Anthraquinonesulfonic acid) (Dyes and dyeing)

KOZLQV, V.V.; DAVYDOV, A.A.
Anthraquinono series. Part 34: Spocial featureo of chlorination
of/9-sulfonic acid of antraquincne to chloroanthraquinone. Zhur.
ob. khim. 31 no. 11:3665-3667 N 161. (MIRA 14:11)
1. Moakovskiy institut narodnogo khozyaystva imeni G.V. Plekhanova.
(Anthraquinonesulfonic acid) (Anthraquinone)

SOLNTMA, R. R.; KOZLOV, V. V.
Insoluble azo dyes from diazotated aminoanthraquinones in
capron dyeing. Izv. vys. ucheb. zav.; khim i khim. tekh.
no.5:800-803 162. iMIRA 16:1)
1. Moskovskiy institut narodnogo khozyaystva imeni Plekhanova,
ka.fedra organichaskoy khimii.
(Azo dyes) (Dyes and dyeing-Nylon)

KO OY,_V_V~.4 SUVOROVA, S.E.
~ZL
Derivatives of benzene. Part 1: Oxidative-hydrolytic conversion
of nitrobenzenemonosulfonic acids. Zhur.ob.khim. 32 no.4:1235-
1241 Ap 162. (MIRA 1534)
1. Moskovskiy institut narodnogo khozyaystva imeni G.V.Plekhanova.
(Benzenesulfonic acid)

KOZLOV, V.V.,-..KOLESNIK, Yu.A.; SILAYEVA, T.D.; KAZITSINA, L.A.
Sr dies of the anthracene and anthraquinone series. Part 35:
utraviolet absorption spectra of anthracenemonosulfonic acids.
Zhur.ob.khim. 32 no.4:1241-1245 Ap 162. (MIRA 15:4)
1. Moskovskiy institut narodnogo khozyaystva imeni G.V.Plekhanova.
(Anthracenesulfonic acid-Spectra)

KOZLOV V V.- VOLIFSON, T. I.; IODKO, M. 0.; KOZLOVA, N. A.;
G.. S.
Naphthalene series. Part 26: Conversions of monosulfonic aeldo
of naphthalene to dinaphtb3rl sulfones. Zhur. ob. khim. 32
no.12:1+(Y74-4076 D 162. (MIRA 16:1)
(Naphthalenesulfonic acid) (Sulfone)

KOZLOV V. VOLIFSONP T. I.; IODKO, M. 0.; KQZLOVA, N. A.;
~L- - ~-V -
- TUBYANSKAYAp G. S.
N4phthalene series. Part 273 Conversions of naphthaleneeml-
fpyl chlorides to dinaphthyl oulfones. Zhur. ob. Aim. 32
no.22:4077-4079 D 162. (MIRA ;61i)
(Naphthalenesulfgnyl chloride) -.(Sulfone)

KOZLOV, V.V.;-ZIL'BERMANq N.I.; BROZOVSKIY, D.I.; DEMOVA, L.h.; SILAYVA, T.D.
Fusion of 2-naphthol-4-sulfonic acid with alkalies
(naphthoresoreinol and trioxynaphthalene). Zhur.prikl.khim.
35 no.4.-880-88i Ap 162. (MIRA 15;4)
(Naphtho]3ulfonic acid) (Naphthalenediol)

BELOV) B.I.; KOZLOV, V.V.
Diazo compminds. Part 16: Particular features in the
diazotization of diamines by nitrite tn carboxylic acids.
Zhursobekhim, 52 no,10;3362-3366 o t62. (MMA 15:U)
1, Mookovskiy institut, narodnogo khozyaystva imeni
G.V. Plekhanova.
(Amines) (Diazotization)

KOZLOV? V.V,! VOLIFSON, T.I.; KOZLOVA, N.A.; TUBYANSKAYA, G.S.
Naphthalone series. Part 251 Formation of sulfones by the
action of chlorosulfonic acid on napbithalene. Zhur.ob.kbi-.
32 no.10:3440-3"5 0 162. - (MIRA 15:3-1)
(Sulfoues) (Sulfonic acid) (Naphthalene)

BEWVY B.I.; KOZWV) V.V.
Advances in the chemistry of aromatic diazo compoundo. Usp.khim.
32 no.2sl2l-153 Usp.khim. 32 no.2tl2l-153 F 163. (KM 1614)
1. Moskovskly inatitut narodnogo khosymystva imeni O.V.Plekhanova,,,
(Diazo compound4o

KOZLOVI V.V6; TUffANSKAYA, G.S.
Naphthalene series. Part 281 Alakaline fusion of disulforLic
acids of 2,21-dinaphtbyl sulfone (5,51- and 7,,71-dihydroxy-~
2,,21-dinaphthyl sulfones; 5-hydroXY-51-sulfonic acid and
7-hydroxy-7t-sulfonic acid of 29,21-dinaphthyl sulfone). Zhur.
ob.khim. 33 no.2:660-664 F 163. (MIRA
L%J --.1
(Haphthalenedisulfonia anid) (Sgilfones)

.-KOZLOV, V.V,.L IODKO# M.O.; RMPK, A.L.; KOZLOVA, N.A.
Naphthalene series. Part 29: Formation of aromatic divulfones.
Zhur.ob.khim. 33 no.2:661+-667--F 163. (MMA 16z2)
(Naphthalenesulfonle acid) (Sulfones)

KOZLOV, V.V.; KOLESNIK, Yu.A.
Diazonium salts of arYl MlfOnic Uldso Infrared spectra
in the region of stretching vibrations of tho SO grot1p.
Zhur.ob khim. 33 nc~.304Z17154 Mr 163. MRA 16:P)
1. Moskovskiy inAitut narodnogo khozyaystva imeni
G.V. Pleksanova.
(Sulfonic acids) (Diazonium empounds)
(SpectruiN Infrared)

KOZLOV, V.V.; BELOV, B.I.
Diazo compounds. Part 171 Nature of diazotizating agents in
a medium of carboxylic acids. Zhur.ob.khlm. 33 no.6:1951-1955
Je 163. (MIRA 16:7)
1. Moskovskiy institut narodnogo khoz,vaystva imen-i G.V.Plekhanova.
(Diazo compounds) (Acids, Organic)

PEREVEZENTSEV, B.N., inzh.; KOZLOV, V.V.,, inzh.
...... I.- --
Welding titanium with copper-bass alloys. Svar. pro'-zv.
no.9slS-2.9 S 164. (~Grk 17t!2)

KOZLOV., V.V.; SUAYEVA, T.D.
Diazo compounds. Part 20: DiazotlzatLon of aromatic aminef! in
orthophosphoric acid. Zhur. org. khim. I no.9:1663-1667 S 165.
(14IRA 18:12)
lo Moskovskiy inatitut narodnogo khozyayatva imeni S.V. Plekhano7a.
SuIxAtted July 2, 1964.

KOZLOV, V.V.; MMAYTI, K.M.
Effect of recent fractures an the d1sposition and morphology of
glaciers of the Trans-Ili Alatau. Izv. All SSSR Ser. geog. no. 1c
73-74 Ja-F' 066 (MIRA 19t2)
1. Vseso)uznyy nerologicheskiy treat Ministeretva geologii
SSSR.

BRYUKIIANOV, V.N.; KOZLOV, V.V.; SILIDI-KOIMRATIYEV, Ye.D.
Earth under a stereoscope; aerial photography helps geologistR
to determine mineral resources. Priroda 55 no.1:23-32 Ja 'a .
(MIRA 19:1)
1. Vsesoyuzriyy aerogeologicheBkiy treat, Moskva.

K 0
SOLNTSEVA' R.R.; KO 0 V-V?~ prof., doktor khim. naukil red.;
KOROLF,OrA-, AA.Pj-'
A"". P. 0
[Wslc information on olectronic concepts in organic
chemistry; a manual for independent work by students]
NachalInye evedeniia ob elektronnykh predstavloniinkh
v organichaskol khimii; rukovodtjtvo dlia studentov 1,,ri
samostolatellnom izuchonil. Pod red. V.V.KozJova. Mo-
,qkvaj Mosk. in-t nar. khoz. lm. G.V.Plekhariova, 1965.
56 p. (mll-m 19:1)

KOZLOV, V.V.
Block structure of the Ft-mirs-Alay deep-fault zone. Geol.sbor.
[Lvov] no.9:145-150 165. (MULk 18:!2)

Mlilovp V.V.; SAGALOVICH, V.P*
Reaction of primary aromatic 4ninea wlth heteropoly acids.
lzv.vys.ucheb.xav4; khim.1 khim,takh. 8 no.4:609-614 '615.
(MIRA 18-11)
1. Mookov3kiy institut narodnogo khozyayatva Imoni Plrikhariova,
labaratorlya orgenicheakoy khImit.

KHRUSTALUA VA., POKOVA, K.V.-. PATfikV, A,A.,; BELOV, B.I.-,
SAGALOVICH., V.P,,-. KCZI;jV, V,V~: prof, -ed.-: 13AYEVA,
I
EA.;, red.
[Organic chemistry] Orgarii-r;~-51c5~r~ Rhimlia. Nlosliva.
Pts.3-2,~ 1W,-.. MiRA 100;12)
1. Moscow. nar.-.dn,,,g, Kafedrr, -rga-
ni c Yiesk,)y kh i La! i .

KOZLOV, V.V., prof.
Ninth Mendeleev Congress of General and Applied Chemistry.
Zhur.VKHO 10 no-5:482-496 165.
(MIRA 18-11)
1. Zameatitell predsedatelya organizatsionnogo komiteta
IX Mendeleyevskogo s"yezda.

PONIKAROV, V.P.; SULM-KONDRATOYEV, Ye.D.; RAZVALTAYEV, A.V.1 KOZLOV, V.V.
Tectonics of the Syrian Desert and the history of its formation.
Sov. gaol. 8 no.4%112-122 Ap 165. (MIRA 180)

BClRT-`C,,V, Y,%IRPOLAYEV, M.A.; KAMRFELID, G.N.; N.A.;
LIN*; IXUDARSKIY, K.A., SELT-7, A.k--.!';--ftOLoV, P.M.;
KWI,AK, ~-~,A,
I'vanovitih Ku;~herovp 1891-1965; (~bltvfkryo Zzve V,-,e7j, ~eogf
0
I-va 97 n,~-4088-390 JI-Ag 165o (~TIRA 7.8.8)

KOZIOV I I ~,., .
Fffr.ct of~ ammonia ddditives or, thr: iJ 1.1 fusion of thr~!
of aromatic sulfo acids. NHm, pron:. 41 no.50313- 34'35 1%, 1 ",
~y z
WiFl

KOZLOV, V.V., prof.
Honorarv members of the Mendeleev A-11-Unlon Chemical Society.
Zhur. VFJI() no.50.572-575 164 (miru! 1831)

KOZLOV, V. V.
"Certain Changes in the procese of Cell Division Durinw &zcitatlon rif the
Nervous System," Tezisy IV konfer, aspir. i I'din. crdin. T14I (Theses IV Jonference
of Aspirants and Clinical Orderlies of Leningrad Medical Institute), page 12, 1953.

KOZLOV, V. V.
"Reflex Cbanges in Mitotic Processes in Normal Tissue and Malignant Tumors
of Animals." Cand Med Sci, First Leningrad Medical Inst imeni 1. P. Pavlov,
Leningrad, 1954. (KL, No 1, Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (12)
SO: Sum. No. 556, 24 Jun 55

XOZLOV, V.V.
-- %
Lowered mitotic activity in Zhrlich's carcinoma in animals sub-
jected to general excitation. Dokl. AN WAR 105 no.1:176-179
N '55. (HLBA 9:3)
1. Pervyy Loningradskly maditeinakiy inatitut imeni I.P. Pavlova.
Prodstavleno akademikom L.A. Orbeli.
(CANCIR) (IARTOKINWIS)

6o-Z_LWt, V-V'
EXMRpTA Mj(;A sgo.5 vol.9/lo am.Pathaloo Oct 56
7
2932.. KOZLOV V.V. lot (Pavlov) Mod. Inst., Leningrad. The relations
I-e-M-een reactivity and developmental conditions of tu-
mou r cells (Russian text) DOKLADY AKAD. NAUK SSSH 1955.
105/2 (380-383) Tables 3
In earlier work the intensity of mitosis of the tumour cells was shown to be de-
pendent on the excitation of the experimental animal (Strong generalatimuli led to
decrease or mitotic activity). These investigations had been carried out in com-
pact turnours linked with jhe organism through vessels and nerves. New-experi-
ments were performed in mouse ascites carcinoma, in which the cancer cells pro-
liferate freely in the ascites fluid. without forming compact nodes. After intra-
peritoneal turnour inoculation. the experimental animals were exposed to electric-
at stimulation and the mitoses in the ascites turnour celLs were counted (50no
cells). No change In mitotic activity was observed, although ahter parts of the
body. e.g. the cornea, showed a distinct decrease (down to 8 1%). Consequently,
in the Judgement of the mitotic activity, not only the kind of tumour and the in-
tensity of stimulation, but also the mode of development of the lumour are signi-
ficant. Brandt - Berlin (V. 16)

AUTHOR: Kozlov, V. V., 20-6-47/47
- ----------
TITLE: The Influence of a Graftea Tumor Upon the Reactivity of Tisoues
and Upon Oic Level of 4',.',itotic Activity in thc Organism (Vliyaniye
privitoy opukholi na reaktivnost' tkaney i na uroven' :.Iiticheskoy
aktivnosti v organizLie)
PERIODICAL: Doklady AN SSSR, 1957, Vol. 117, Nr 6, pp. luag-lo9l (USSR)
ABSTRACT. The author several times observed the differoat reaction of healthy
and tumor-bearing animals to external influences. E.-. the mito-
tic activity in the epithelium of cornea (? horny layer) of tu.
mor-bearin- animals in the case of a total excitation chan.aed less
than in healthy animals. The observations wirre made with mice.
Ehrlich-carcinoma was subcutaneously transplanted to animals of
the same age and sex. After the tumors were la=e enough (after
2o-3o days) part of the animals was mechanicallf irritated (by
slight pinching with a forceps) or excited by means of low-vol-
tage current (10-15 V). The rest of the mice (ias not irritated
ones. (First series of tests). The second series of tests were
healthy mice half of whom were in the same manner mechanically or
electrically irritated. The results of the reduction of mitotic
activity are shown in table 1. The activity of the control group
Cs~rd 1/3 vias set up as lool/116.From table 1 is to be seen that the reactive in-

Thp Influence of a Grafted Tumor Upon the Reactivity of Tissue~i 20.6-47/4T
and Upon the Level of Mitotic Activity in the Organism.
hibition of cell division in healthj mice in thi- epithelium is
much more distinct than in animals with transplanted tumor, when
other influences upon both groups were equal. This referred to the
painful, the mechanical and the electrical irritation. The ihten-
oity of cell division in healthy animals v;aB almost entirely sup-
pressed (by 91-93'), which was never observed in animals affected
with cancer; Thus the reactivity of cano=us animals and this abi-
lity of their normal tissues is reduced. This reduced reactivity
also occurs undtr conditioli3 of the stimulation of cell division,
e.g. in the case of additional illumination of the aniuals (re-
furcnci~- 4). The same is confirmed by some clinical observations
(refcrences 596). This phenomenon apparently is the expression of
the ~iiodifiaation of those functions of the nervous s;jstem which is
observed in the case of cancer (references 7,8). Table 2 shows the
results of tests with healthy and tumor-bearing mice with regard
to tht intensity of mitoses in the epithelium of cornea without
any irritation. In healthy mice the numbc. of cells in the state
of karyokinesis was much higher than in cancerous ones. The in-
flucilce of a malignant tumorT upon the processes of cell division
Card 2/3 apparently is not specific. he case here is, as it may be assumadt

'I'lie Influence cif a Grafted Tumor Upon the RP-activity of Tissues 20-6-47/47
and Upon the Level of Mitotic Activity in the Or.-ganisin.
the jnneral chan,--,~es occurring in the: organism in connection
,-ith a patholojical process. Nevertheless the above -ment ioned
P11t.-I~GM-CIM GUOU that the development of a malignant tumor does not
occur locally and isolated, but that it causes certain changes
of tht processes in the entire organism, such intimate processes,
as the reproduction of cells, not excepted.
There are 2 tables, and 9 Slavic references.
ASSOCTATIONt
First Ieningrad Medical Institute imeni. I.P.Pavlov (PL-rvyy
Lcningradskiy meditainakiy institut im. I.P.Pavlov
PR~ZEITTED August 15, 1957, by L.A. Orbeli, Academician
SUBMINTED; Au-unt 9, 1957
AVAIJA BLE; Library of Conqrtso
Card 3/3

STRELIN, G.SV KOZLOV, V.V.(Laningrad, P-154, Zhdanovskaya nab., d-11
kv - 3)
Problem of neurohumoral effects on cell division processes
Arkh.anat.gist. i embr- 36 nio.2:3-21 F 159- (" 12:4)
1. Kafedra gistologii, i embriologii (zav. - prof. G.S. Strelin) I
Leuingradskogo meditsinskogo instituts, imeni akademika I.P. Pav-
lova. Adres Stralina: Leningrad, ul. L. Tolatogo, I Meditsinskiy
institut, kafedra gistologii.
(GFILL DrVISICH,
neur~humoral factors, review (Rua))
(NERVOUS SYSTEM, physiol.
neurohumoral eff. on cell division, review (Rua))

XOZIOV' V.V.
Restoration of Coll division following reactive depression during
inhibition of the sympathico adrenal system. Biul. eksp. biol. med.
47 no.1:92-97 Ja 159. (MIRA 12*3)
1. Iz kafedr7 gistologil i embriologii (zav. - prof. G.S. Strelin)
1-go laningradBkogo meditsinskogo instituta imeni I.P. Pavlova.
Predstavlena de7atvitelinym chlenom AMN =R V. H. Chernigovskim.
(CELL DIVISION
reactive mitotic inhib. after prolonged electric stima-
lation, eff. of epinephrine (Ras))
(EPINAMUM, effects,
on reactive mitotic inhib. after prolonged electric
stimulation (Ras))

-KOZLQV-j-V,.-V~ UTTS v R.A.
Fibrous polyp of the epidardium. Arkh. pat.22 no. 12:61-63 160.
(MIRA 14:1)
(PMCARDIUM-TDIORS)
t-
.4

Soil/ 2o.-12o-I -45/63
AUTHORS: Kazriiinq Yu.B., Kozlovq V.V., Solov'yeva, M. 11.
TITLE: On the Middle Carboniferous Deposits of the Zaalayakiy Khrebet(Range)
(0 arednekamennougollnykh otlozheniyakh v Zaalayskom khrebte)
PERIODICAL! Doklady Akademii nauk SSSR, 1958, Vol. 12o., Ur i,
pp. 166 - 167 (USSR)
ABSTRACT: Until the latest time here the geological structure, especially
the stratigraphy of the upper Faleozoic sediments, was only
weakly investigated. They are far spread at the south slope
and in the axis part of the chain. A historical survey of the
investigation of this region (References 1,2) is given. Here
until now no reliable data on faunally proved Middle Carboni-
ferous sediments existed. During the compilation of the g6ologi-
cal map of the mentioned chain (1955 - 1957) man.- new data were
obtained, which make possible the exact definition of the strati-
graphy of the deposits which are diocusued. Here especially
marine, faunally characterized Middle C;arboniferous sediments
were discovered. They vrere found in the catchment area of the
Card 1/14 Korzhenevskiy-glacier at the basis of the ri~;ht boundary of the

On the Middle Carboniferous Deposits of the sO'j/2c-l2c-l-45/63
Zaalaysk-i,- Khrebet (Range)
valley. They pass over to the left boundary only in the top-
moot parts of the glacier. In the west their exposures are
covered by uninterrupted corn snow fields of the massif of the
Lenin Peak.In the East they are out off by a steep overfault
which brings tho Lower Formian and the Falcogono oodiniento into
contact with each other. At the baniu of the exposed part of
the Middle Carboniferous cross section lies a pack of black
massive limestones. A list of the numerous foraminifers which
were found beneath lily crinoid members, brachiopode fragments,
,and bryozoanat is given. Because of this fauna these sediments
certainty can be ascribed to the Kashirskiy horizon of --
Moskovskiy stage (Middle Coal Age). The visible size of the pack
is 50-6om. Higher up a pack of mutually dark platy shale limes
and loamycarbonate shales follows with rare and little thick
(5-7m) interstrata of andesite-porphyrite. Its thickness is loom.
The finding of Choristes priscus speaks for a Middle Carboni-
ferous age (after V.S.Gubareva). Upon the mentioned Middle Car-
boniferous sediments lies, without visible discordance, a mass
Card 2,'4 of marly shales, conglomerates, limes, and effusives of an

On the Mliddle Carboniferous Deposits of the jYI/ 2o-12o-1-45/63
Zaalayskiy Khrebet (Runge)
average cw1position. According to the fauna this nar's corre.,.-ponds
to the lower part of the SchwaEerina- horizon. Fro,--i the cha-
racter of the cross section of the ',4.ddIv Carboniferoua in the
Zaalayskiy chain and from the number of :,pecien of the forarlini-
fers the supposition on a uniforri sedi-.-.e;.tation of the region
of the Alayokiy and Zaalayukiy chain ard' apparently of the
Darvaz can be made. There are I fii-,urc anti I refcroncOSI 4 of
which are Soviet.
A"J'001"LITIOIT: Voesoyuznyy aerogeologicheskiy trost (All .-Union AerogeologIcal
Trust)
PIIE:~7_-,'TED: January, 25, 1958 by N. S. Shatskiy, lle-ibor, Academy of
Sciences, USSR
"I!
~ 137:11"i ED: January 23, 1958
3/4

I(-. ;ar~),)i; ~. f
!ro!jj Depo3itlj of the
a.Tebet (Range)
1. Geology--USSR 2. Geological time--De,.ermd*na-ticn
--USSR 4. Paleoecology--Applications

KOZLOVY V.V.
New data on the stratigraphy of Faleogeno sediments in the
Trans-Alay Range. Gool.-sbor. [Lvov] no.7/8:311-314 161.
(MIRA 14:12)
1. Vsesoyuznyy aerogeologicheakiy treat, Moskva.
(Trans-Alay Range--Paleontology, Stratigraphic)

SOLOVtYEVA, 14.14; KAZHIF, Yu.B.;_.KO__ZI_D_V,_Y.V__
Structure and stratigraphy of Paleazoic sediments in the
trans-Alay Range and the northern Timan Ridge. Izv.AN SSSR.
Ser.geol.27 no.2:64-72 F 162. (MIRA 15:1)
1. Geologicheskiy institut AN SSSR i Vsesoyuznyy aerogeo-
logicheskiy trest, Moskva.
(Alay Range--Geology)
(Timan Range---Geology)

ACCESSION NR: APWO9628 S/0293/63/001/003/0460/0464
AUTHOR; Khodak, Yu. Aq Kozlov, V. Va; Tomson, 1. N.; Khoroshllov, L. V.*
TITLE: Significance of geographic and geological methods In lunar studies
SOURCE: Kosmicheskiye Issledovaniya, v. 1, no. 3, 1963, 460-464
TOPIC TAGS: lunar research, lunar geological study, lunar geographic study,
lunar structure, lunar relief, lunar history, meteorite lunar theory, astronomy,
moon
ABSTRACT: The report offers a brief review of lunar research to date, clarifies
the significance of geographic and geological methods for future studies of
lunar
structure and relief, proposes close coordination of such methods (giving considera-
tion to comparative terrestrial material) with astronomical methods, evaluates I
various studies of geographic and geological aspects completed thus far,'and dis- 1 1
cusses the meteorite approach to an explanation of the evolution of lunar structure -
and relief. It Is suggested that It will be Impossible to clarify the origin-of
lunar structures and relief, or their pattern of distribution, without the parti-
cipation of geologists, nor will it be feasible to compile adequate topographic$
geographic or solenological-geological charts or~ diagrams. "The authors acknow-
ledge the contribution of Dr.-A. G. Masevich In posing the problenfl. GrIg. art.
Card 1/2

iACCESSION NR: AP009628
,~as: no graphics.
:ASSOCIATION: none
!SUBMITTED: 09May63
'SUB CODE: AS
DATE ACQ: 30Jan64
NO REF SOV: 019
ENCL: 00
OTHER: ~039
Ccrd 2/2-

KOZLOV, V.V (Moskva); STILIDI-KONDRATIYEV, Ye.D. (MoBjrva)
Karst phenomena in the eastern Mediterranean regipt. Prirods.
52 no.9;116-117 163. 4aPA 16:11)
*0-

SULIDI-XONDRATIYEV, Ye.D. (Moskva); KOZLO.V, V.V. (Ma~kva)
Extinct volcanoes of the Syrian desert. Priroda 52 no.10:
113-114 163. (MIRA 161l2)

KOZLOV, V.V.1 SULIDI-KONDRATIYEV,, Ye.D. (Moskva)
Gross bedding in coastal Mediterranean deposits. Prirods,
52 no.11:119-121 163. (MIRA 17:1)

ACCESSIO14 NR: AP4040510 S/Oo26/64/ooo/oo6/oo44/009
1AUTHOR: Kozlov, V. V,; Sulidi-Kondratlyev,.Ye. D.-
TITLE: Lunar"geology"
SOURCE: Priroda, no. 6, 1964, 44-49
TOPIC TAGS: astronomy, comparative planotol--gy. moon, lunar geology, lunar
ourfdco, lunar tectonics, lunar meteor crater, photogeology, geology
~ABSTRACT: Various aspects of lunar geology are discussed. Principal emphasis
iis on the'comparison of the hypotheses of th-t meteorite and volcanic origin
of the craters on the lunar surface. The authors are supporters of the
Ivolcanic hypothesis and present a variety of facts in its defense. It is
noted that there is a clear periodicity in the formation of lunar relief,
malting it possible to establish a definite sequence in the formation of
craters of different age. The studies of Troitskiy are interpreted as con-
,firmation of the volcanic hypothesis, since it has been demonstrated that
the lunar interior is hot. The.spectral observations of the emission of gases
:,from the crater Alphonsus are cited as further evidence. The nature of lunar
I- _ i
Card

,ACCESSION NR: AP4040510
crocks then is discuseed,.'with references to recent Soviet studies in this
!field. The well-known conclusions of Troit6kiy are summarized briefly:
!the surface is very porous,- consisting of matter similar to pumice and
shaving a low heat conductivity. Lunar matter is close to terrestrial alumino-
silicate rocks,- Radio observations have detected little meteoric iron in
ithe surface layers of the moon; the brown color of-the surface can be attributed
~to various other factors than the presence of iron. The presence of bright
irays emanating from certain craters and their absence elsewhere may only be
due to-a change of color with time. Erosional factors undoubtedly operate on i
ithe mopn; the factors responsible and their.,"chanismr. areT discussed briefly.
'Photographs clearly show that tectonic forces have played an exceptional role
in the development of lunar relief, more so than on earth; there are important
idifferences in the tectonic patters of the lunar seas and continents. Endogenic
processes obviously were of enormous importance on the moon and fit in with
,the volcanic hypothesis. The matter of lunar mapping and photogeological
;interpretation of its surface are discussed in relation to the geochronology
lof the moon, but only briefly. It is noted that such work is essential for
selection a-site for lunar landings. The advantages to be obtained from
7

ACCESSION NR: AP4040510
development of the science of comparative p1nnetology are presented. It is
noted that although the influence of the moon on terrestrial ocean tides
has been thoroughly investigated, too little has yet beeii done on study
of its influence on earth tides. The authors are opposed to the coining of
special words to apply to lunar phenomena and favor use of the words applied
to equivalent earth processes. Orig, art. has: 8 figures.
ASSOCIATION, Vsesoyuzny*y.a9rologicheskiy trest, Moskva (All-Union Aerological
Trust)
SUBMITTED: 00 ENCL: 00
SUB CODE, AA NO REF SOV: 000 OTHER: 000
3/3

PONIKA.ROV,l V.P.; SULIVI.-KONDRATIfEV, Yq.D.; KOZLOV~ V.V.,, KAZIMIN, V.G.
Tectonics of the northern part of thle Arabian Platform. 11
Sov. geol. 7 no.109-48 Ja 164. (MIRA 17s6)

SULIDI-KONDRATIYE:V, Ye.D. (Moskva); ~_qZLOV, V.V. (14oskva); TAMRAZYAN, G.P. (Baku);
FRANK-KAMENF,TSKIY, D.A., prof.'(mOskva)
Articles on geological cycles. Priroda 53 no.1:102-111 164.
(MIRA 17:2)

KOZLOV, V.V.; SULIDI-KONDRATIYEV, Ye.D.
Lunar "geology." Priroda 53 no.6:44-49 164, (MIRA 17:6)
1. Vsesoyuznyy aerologichoskiy trest~ Moskva.

'-KOZLOV,_:~J,~_
Problems of volcaniam. Priroda 53 no. 12;94-96 1(1.40
(MIRAI.18 3 1)
1. Vsesoyuznyy aerogeologiclieskiy treat, Moskva.

;,.,C) ", - - - , "" -, . ~ . , - 7 r') - tl:. 1,
- . IiA w ) I . - . ~ , 0~ 61.11- t- . I - . I .. . ,-.. I
In tr.cl " 'I . 1~ I I
I . - . I i , ~; I. 1. 11 - . . -f,, I; . ..

BRYUKH.e)'IIOV, V.11.; KOZLOV, V.V.
Methods for speeding-up medium scaled geological r-,aFping. Sov.
geol. 7 no.6tI28-134 A 164 WIRA 18:1)
1. Ysesoyuznyy aerologicheskiy trest.

IVLLOV, V. V!__
-
Iffect of the preser, system on mamoas of the Neshchsra lovland.
Zool-shur. 33 no.4-.925-944 J1-Ag 154. Omu 7:8)
1. Okskly gosuderstvannyy sapovednik.
(Hashchara-Wild life, Conservation of) (Wild life, Conser-
vation of-Heshchera)

xOnov, V.V. -,-. ";
Y~~
~
Mass mortality of wild ducks in the Oka Game Preserve (Ryazan Province)
during the spring 1949. Zool.zhur.)5 no.3:472-47) Mr 156. (MLRA 9:7)
I.Okski7 gosudaretvannyy sapovednik.
(Ryazan Province-Dacks)

KOZLOV, V.V.
I -
Asphyxiation of fishes in the Oka River. Zool.zhur. 35 no.6:
936-937 Je 156. (MLRA 9:10)
1. Goaudarstvenrqy zapovednik "Stolby."
(Oka River--Fishes)

AUTHOR:
TITLE:
Kozlov, V.V.
26-12-8/49
Pollution of the Yenisey River (0 zagryazneni.-- reki Yenisey)
PERIODICAL:
ABSTRACT:
ASSOCIATION:
AVAILABLE:
Card 1/1
Priroda, 1957, No 12, P 40 (USSR)
The author complains about the Yenisey river being polluted by
industrial installations in Krasnoyarsk and its suburbs. These
industries are located on both sides of the river covering an
area of many kilometers. Most of the plants are lacking in
purifying devices and discharge their sewage directly into the
river. A number of chemical and metallurgical plants dump
their waste material and rubbish in winter on the ice, along
both banks, in the neighborhood of the city. All this rubbish
even contaminates the waters of such a rapidly flowing river
as the Yenisey, killing fish and rendering bathing impossible
in an area of many kilometers. Similar violations are tolerat-
ed in many cities located along rivers, and the author suggests
that urgent measures ought to be taken to prevent the fatal
effects caused by the pollution of canals and rivers.
State Game Reservation "Stolby" (Region of Krasnoyarsk),(Gosu-
darstvennyy zapovednik "Stolby" (Krasnoyarskiy kray)
Library of Congress

1 1' 1 ~r~ V
r, I /_ ___ t~)V. V
KOZLOV, V.T.
... b, oars it Ryazan Province (with gummary In Ah-glish]. Zool. shur.
. 37 no.1,142-143 ja 158. (MIRA 11.62)
1, Gosudarstvannyy sapovednik "Stolby."
(Ryazan Province--Wild boar)

KOZLOV.V V.V. (Moskva); SULIDI-KONDRATIYEV, Ya.D. (Moskva)
Speed of eolation In the Syrian desert. Priroda 51 [i.e. 521
no.5:114 163. (MIRA 16:6)
(-'~rrlan desert-Wentlierine)

BLINNIK~ Lazar' Borisovich; KOZLOV, Vladimir Va TUCHINSKIY
rr,,",
Naum Vlad
imiroviabl'17=212, ok. ~.veftred. ; SAMMOTSKIY,
I
A.I., inzh., red.; SOROKINA, T.H., tekhn. red.
(Efficient conditions fo; the aging of cast iron]Ratsionallnye re-
zhimy starenila chugunnykh otlivok. Moskva, Filial Vses. in-ta
nauchn.i tekhn. informatsii, 1958. 12 p. (Peredovoi nauchno-
tekhnicheskii i proizvodstvennyy opyt. Tema 3. No.M-58--112/5)
(MIRA 16:2)
(Cast iorn-Hardening)

-.3r
EPSM1711; nri.khi r
rei,senzent;
V.L;V.. red.
[Hand'o.)ok cf 7!1. !~tcri-nt-"
Spravocbmlk po kIdn'di djia
.1. Gill en-kor r-e 0 er. t

"IN W-, OTO R~ I MINE
kFM,?- $9
MIN
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Uk'~,(~V, V.V.; PRONYAKOV"I, V.M.
Narjhth,ilf)nt) sor~es. Par~t 30: 0~ ~;ur.orqyI
I
Ichim. 1 no.31,193-497 Mr 165- 1", ~fi:l 18:4)
1. Moskovskly in;3titut ruirodnogo khozyaystva lia.

V.V.; DAVYDOVI AoA*
Benzene derivatives. Part 3: Oxidative chlorination of benzena.-
sul-'F'onia acids* Zhur.org.khim. I no-3:559-562 Mir 165.
(MIRA 1914)
1. Monkovakiy Institut narodnogo khoz.vaystva imeni G.V.Plekhan~,-ia.

-1 ---nzl:.; Yc)z,oll, V.fap~
kanJ.
t,~,V~.n. na-ak; SOIDA,Toll, G.A~;, irin;.
Con, -I'fugal rdli I'--,r the gr-irl(lijig
Stek. kFr.
L!
A'Ieksyiik,, K~7,1-:-Iq
(for Soljatcv,

Y /J 137-58-5-9689
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5, p 118 (USSR)
AUTHORS: Entin, S.D., Kozlov, V.Ya.
TITLE: An Electromagnetic Instrument for Determination of Ferrite in
Welds in Austenitic Steels (Elektromagnitnyy pribor dlya opre-
deleniya ferrita v svarnykh shvakh austenitnykh staley)
PERIODICAL: V sb.: Fiz-khim. issled. austenitn. splavov. Moscow,
Mashgiz,V957, pp 255-259 TT,
ABSTRACT: The linear ratio of the magnetization to the intensity of the
magnetic field at 1000-1500 oersteds and the proportionality
between the slope of the magnetization curves and the quantity
of ferrite phase has been employed to develop an instrument
using A-C and a differential network to determine the amount
of ferrite in austenitic alloys. The basic electrical circuit of
the instrument consists of a field winding I having 8000 turns of
PE wire, 0.7 mm gage; 2 measuring windings 2 of 0.16 mrn
gage PE wire, 7000 turns each, in differential connection; a
one-amp A -C ammeter 3 to measure the current in the field
winding; a 25-microfara-d capacitor 4 connected in series with
Ca rd 1/3 the field-coil circuit to increase the current therein by reducing

137-58-5-9689
An Electromagnetic Instrument (cont.
the phase shift between current and voltage; a 17-mv galvanometer 5 to mea-
sure the emf when the test specimen is introduced into one of the m-easuring
windings; a DGTs8 germanium diode 6 to rectify the alternating emf; a gal-
Eli I =7,
2-
2- 1
77
7T
~2
ZOV
Te t
specimen
vanometer shunt 7 for up to 15 ohms to vary the sensitivity of the galvanometer;
a step-down trang-former 8 to feed the signal tube and the ferro-resonance stab-
ilizer 9 with 40 v to stabifize the voltage in the field winding. The instrument
is usecTwith specimens 5 mrn in diameter and 60 mm long. It can be used to
Ca rd 2/3

137-58-5-9689
An Electromagnetic Instrument (cont. )
determine the amount of ferrite in austenitic alloys with an accuracy of 0.2%,
if this content does not exceed 5%, and with an accuracy of 0.5-0.7% if the
content is up to 15%.
V.S.
1. Ferri'Les--Determination 2. Welds--Chemical analysis 3. Chemical analysis
---Instrumentation 4. Electromagnetism--Applications
Card 3/3

82280
S108916010091011021017
BO14/BO7O
AUTHORS: Dolgov, V. V., Kozlov, V.,-Ya., Kochetkov, L. A,
Sudnitsyn, 0. A., Ushakov, G. N.
TITLE: Investigation of the Starting Conditions of an If 0M C
Power Station With a Uranium Graphite Reactor Working
With SupeTheated Steam /I
PERIODICAL: Atomnaya energiya, 1960, Vol. 9, No. 1, PP- 10-15
TEXT: In a specially adapted steam-to-water loop of the first Soviet
nuclear power station, the investigation mentioned in the title was
carried out by three methods, where the steam was generated in the reactor
of the power station. The heat engineering parameters were measured by
means of the arrangement shown in Fig. 1. The analysis of the methods
applied must satisfy the following requirements: (a) The method applied
at the start must permit a rapid rise from zero to the rated power.
(b) Under the transient conditions the maximum temperature of the fuel
elements must not exceed the temperature which the fuel elements have at
Card 113 kr

82280
Investigation of the Starting Conditions S/089/60/009/01/02/011
of an Atomic Power Station With a Uranium B014/BO70
Graphite Reactor Working With Superheated Steam
the rated power. (c) Under the transient conditions, it must be possible
for the temperature of the fuel elements to be continuously increased.
(d) The method applied at the start must require minimum operation of the
technological equipment. In the first method, the transient is
characterized by the following: (a) The temperature of the fuel elements
can be increased by 100 - 1500C in a minute. (b) The transition to super-
heating does not take place simultaneously in the various channels of the
steam-to-water loop. (c) In the secondary cycle, a marked change of
pressure takes place, which necessitates an intensive blowing of this
loop. During the transient the second method produces a definite cooling
of the channels in which the steam is generated. Thus, the whole
transition takes place with a minimum of reactor power. With the third
method it is possible to prevent an upward temperature jump by lowering
the reactor power from the moment of transition to superheating
conditions. The abrupt fall of temperature is shortened by a smaller
reduction of the reactor power and the blowing through of the channels
in which the steam is generated. All results are graphically represented,
Card 2/3 1/r

Investigaticn of the Starting Conditions S/089/60/009 01 02/011
of an Atomic Power Station With a Uranium B01 4/BO70 V1,2 2 ~
Graphite Reactor Working With Superheated Steam
A team of engineers under P. 1. Aleshchenkov participated in the solution
of the technical problems. A. K. Krasin and A. N. Grigorlyants followed
the work with interest. There are 7 figures and 3 Soviet references. kK
SUBMITTED: August 17, 1959
Card 3/3

8Z731
B006 B056
AUTHORS; 31"..r". ? C-1t.. SjorjL,,, 0- 7
g kox, L, A :3 - _a-t - r~-- x -, -LIE-1- 7- Y..
TITLE: In' :S&I4j.ti.ft Of the Tr.n.f.r Of R.11 ... till 11
n V tar and the Cb-Ical StabilLty of Zoposits
St.;. .
3dt Water Cycle Of the Pirst Atate ?aver P
PERIDDICILi At*...ya .-Ciy., 1960, Val. ~, No. 2. pp. 98-103
Th. q ... tity of r.di-ti.. 0-1.4 .1..g I= U ill
reactor. by ate- and later. their depositing an th* I.-
.11 On a. 411.~ J.1p ... as .. 11 .$ the wwr. and th.
'I'sa*1,;,,Js essentially c. ". code Of th. r-s.r
an, I" *. I~., :1 -,: ~f
,he rrvy. at.-!;: (FIr I. ?,..r
author. I .... s~. Yl~' hi,h r&41:4c% I j_... are
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the inner co!l ;%I.. pipe. -1
tbIII" ., th up Isa . hu I. th-
Card 1/4
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Of
.. use,
If ih Th. S.--vat- loop of is* circuit. of
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;C- I "each other. 74 1 ;h*,O.I~h,
.b1: I Cie.. data 0. 1;. 1.Ir- It. y . act U.I.. or inary
di:till.4 six,tex bi.b ... kept In cir-ImAl.c. by sa- of p-~zp.. 'be I.-
IS-%I*-s lure carried -at sith sOp.rh.s,%.d ..J A.. -p-h-st.4 at.-,
r tS.p.risturse, In tb,.fir.% ... % m-t.j 2T55C 8t
;4' 0- 1:- 265
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as th.tradIoI.otopLe,'h*Iqu 1. . .I. , of ths C-t..Ima sit.
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.are Th. Ir far of red, live Ub :no
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Card 2/4
at ;,ariou.. p'4z-l of the
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56 C. < I .h-r
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:,r* Ira, -1 by =. A. of a . p.: I a,- 4 .1 I..h
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Card 3/4
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Nt report 1. ellsta* "I it.. u-d-rT.- -11h -l-u-
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SUPKITMI: NO ... bar ?q. IqSq

6
and U-i"aluy,
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rjport procontod at tho L= %i;ij)coiu-a on Pc-.:,-r Parotor Z~-,j-ri--ont3 ia Vleji~na
1,,.)ztria, 23-27 Oct 19051-
(rol;ort prooonted by 1. 1. Bondnvnko)

25373
5/089/61/011/001/002/010
B102/B214
AUTHORSt Yevdok-4mov, Yu. V., Koz1ov, V. Ia., Konochkin, V. G.
Kochetkov. L. A., Krasi-n-~~K~., Lytkin, V. V., Severlyanov,
V. S., Semenov, B. A., Ushakov, G. N.
TITLEt Experience from work with the First Nuclear Power Plant
PERIODICALt Atomnaya energiya, v. 11, no. 1, 1961, 12 - 18
TEXTs The First Nli,-~Iea-- Power Plant Ar the USSR, which was the first in
the world, has been. successfully operated for seven yearsi this paper
presents a short survey of the experiences accumulated during the first six
years at this station. The station itself possesses all the eqipment
available at a large research reactor., The construction of the Beloyar&aya
GRES (Beloyaruk S,,atq Regional Ele-,tric Power Plant) represents a further
development of the Firet Nuclear Power Plan-.. The working of the reactor
at different power levelst in the 3o-called llcol.d state", at 0.011"L of the
nominal power, ~he rea,~tor has the lowest powev level at which the automatic
power regulator can functionj the rise -.n this level is checked by
measuring the neutron flux; the power level. ~~an be doubled within 20 sec.
Card V9

Experience from work with
25373
5/089/6'' /C11/001/001/010
B102/B214
Heating begins with a riae of the power level to 5Vo of the nominal power
(-first cycles 160-11!OOC. preRsure in the SP;Coj,d c;yz2et 7 - 8 atm), then to
1011'o' of "he nominal power (-emperature at The entrani~e to the reactors
1900C, steam preSsure 12,.5 atm); these parametera remain unchanged on further
increase uf power. The total heating time for the system is 3,5 - 4 hours;
during this time, nit-rogen is blown in the graphite system to remove oxygen.
The parameters of the power station for 50, 75. and 1001% of the nominal
- n
power are given- Table 1. On shutt4ng the reactor, it is first cooled,
by utilizing the natural icss of heat. to the temperature of water in the
first cycle (110-12-00C), which requires 1.r-.-2 hours. The cooling water is
then removed from circulation and cooled; -his enables the reactor to be
cooled rapidly. Reliability and duration of the reactor's operation depend
on the quality of the fuel elementj the station works with tube type ele-
ments. The fuel is contained between two tubes of nonrust4ng steel (the
inner is 0.4 mm thick and the outer 0.2 mm thick). This kind proved to be
particularly reliablet Not a single element has been dislocated during the
whole period the station has been in operation. The system of partial
renewal of the fuel element is used for guaranteeing the deepest possible
burning. (N. A. Dollezhai et al. reported on this at the Second Geneva
Card 2/ 9

25373
S/O8qj6-1,/OIII/00II/002/010
Experience from work with ... B1102/B2114
Conference, 1958). Numerical data abcut the oonsumption are given in Table
2. Deformation of the fuel elements were chocked, a deformation of
14.20 + 0.02 mm of the element jackets was found. Experiments relating to
the boiling of water in the fuel channels and determination of the hydro-
dynamic characteristics of the fuel elements in the reactor were started
in 1956. The preliminaries were completed in September 1956, and one channel
was brought to boiling operation. This first boiling channel worked for
400 hours at thermal loads of (0-45 - 0.85)-10 6kcal/m 2~ hr (steam content
5 - 206 by weight, flow rate 250 kg/hr)~ As the system proved satisfactory,
more channels were brought to boiling operation; in "he middle of 1957 there
were 70 such channels, more than half of the total, The boiling operation
was characterized by the following parameters: Steam content at the exit
1 1 2
of the channels: 5 - 25% by weight, thermal load (0.6 - ',3)"06kcal/m -hr
water flow rate 0.7 - 1 m/hr at 100 a;m and 190~'C at t'.,.e exit. Since
superheating of steam constitutes one of the most important methods for
increasing efficiency, experiments in this connection were carried out in
the following years with a special experimental loop (Fig. 1) to study the
methods of bringing the steam to a superheated state. For this, a method of
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Experience from work with 3102/ _~2il
starting was perfected which requires only such equipment as is 113ed in
normal operation. During the period of transformation of the superheating
operation, the superheating channel could either be closed, or it could
work without cooling ("dry operation"), or with water cooling. The last
named method had a number of advantages. The following starting methods
were studied: Starting wiLh continuous inarease of the reactor power,
starting with decrease of the reactor power, and combined methods (first
the former, and then the latter but lowering the power only for about
60 - 70%). To increase the safety of the reactor, a special system
was built in 1959 which prevents the escape of the gas - steam mixture
into the ventilation system when the 'ubes of the experimental holes
break down. This system "for localizing the damage due to accident"
(Fig. 2) not only serves this purpose but also helps to purify the gas
after the accident has occurred. The system consists of a cylindrical tank
(6.2 m3) whose lower part (1.8 M3) is filled with water; in it are placed
the cooling coils and special nozzles through which the steam - gas mixture
streams into the water in the case of an accident. The gas is introduced
in a sensitive gas container. The whole system is placed in a protective
container equipped with manometeis, thermometers, and dosimeteis There
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