SCIENTIFIC ABSTRACT KICHIGIN, N.M. - KICHIGIN, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722510015-8
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• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

NOVIKOV, V.A.;_KICIIIGIII. N.M.
Some data on the rechanization of the unloading and piling of
beets In 1958. Sakh.prom. 33 no.6:22-30 Je 159.
(MIRA 12:8)
1. TSentrallrqy institut eakbarnoy promyBblennosti,
(Sugar beets) (Loading and unloading)

NOVIKOV, V.A.; KICHIGAN, N.M.
Data on the operation of machines for the unloading of motor-
trucks and piling of bents for storage baond on tho year
1958. Sakh.prom. 33 no.9:44-48 S '59. 04M 13-1)
1. Mentrallnyy nauchno-iseledovatollskiy inqtitut onkharnoy
pronyahlonnosti.
(Sugar beets--Storage) (Loading and unloadir4;)

NOVIKOV, V.A.; RICHIGIN, N.M.
Results of testing the new sugar beat unloading and piling
machines. Sakh. prom. 36 no.7:28-34 J1 162.
(14IRA 17: 1)
1. TSentrallnyy nauchno-issledovatellskly institut sakharnov
promyshlonnosti.

KICHIGIN, N.M.
Technical efficiency of the unloading-and-piling machines for
sugar beets. Sakh.prom. 37 no.600-35 Je 163. (MIRA 16:5)
1. TSentrallnyy nauchho-issledovatellskly institut sakharnoy
promyshlennosti.
(Sugar beets--HmVesting)

NOVIKOV, V.A.; KICHIGIN, N.M.
Results of State tests of the unloading and piling machines for
sugar beets conducted during 1962. Sakii.prom. 37 no.7s24-29
Jl 163. (MIRA 1617)
1. TSentrallnyy nauchno-issledovatellskiy institut sakharnoy
promyshlennosti.
(Sugar machinery-Testing)

NOVIKOVJ V.A.; KICHIGIN, N.M.
Numbor of sugar We+ pilers indisperidible In the sugar industry. Sakb.prom.
37 no*9;37-42 8 16), (1,1111LI 16:9)
1. TSentraltnyy nauchno-isBledovatel'vkiy institut sakharnoy pro-
MY31110nnosti.
(Supr industry-Equipmunt and gupplies)

NOVIKOV, V.A.; KICHIGIN, N.M.; YATSENKO, V.S.; KRASNYUK, G.M...
spets .. red.
(Testing of unloading-piling, cleaning, and loading
mechanisms for sugar beets] Ispytanie razgruzoehno-
ukladochnykh, ochistitellnykh i pogruzochnykh mashin i
mekhanizmov dlia sakharnol -fvekly. Mosl-ra, TSentr. in-t
nauchno-teklui. informatsii pishchevoi pronWshl.p 1964.
45 p. (MRA 17:22)

NOVIKOV., Vasiliy Aleksandrovich; KICHIGIN, Nikqlay, Hikbaylovlch;
VASILIM, Vladimir Ivanovich; ; LITVINOV, Ye.V., inzh.,
retsenzent; SERlK, A.P., red.
[The TL-Ts]2..'S single-bucket tractor-mounted loaders and
shovelling machines] Odnokovshovye traktornye pogruzchiki-
traktorrWe lopaty TL-TsIVIS. Moskva, Pishchevaia promyshlen-
nost', 1965. 141 P. (1111RA 16:6)

Kicgqj~~~j-
Irriendly gToup. Hast.ugl, 5 no,,7;10 Jl 156. (KWA 9: 9)
1.Brigadir navalootboyahchikov shakhty- wKrasnaya gornyachka"
tresta lopeyokugoll,
(Chelyabinsk Basin-Coal mines, and mining)

- 7 ~, V. N t.-.1vt AC:I-~fA S C'. --( (11, :7 1 t
K
I I , " 1011, 1
tutritioll, air, rild te-ner, t,lro o.,
of ;~llbf~oil irri-ationw. Ki r h ir rv I P:,~ r t
V-~I 2,wCA." (!.'ill of
C!-.-r of
c0 (m" 30-58, 106) .

AUTHOR: Kichigin, V.N. 99-58-2-2/9
TITLE: Subsoil irrigation (Podpochvennoye orosheniye)

PERIODICALt i 0
Gidrotekhnika i Melioratsiya, 1958','# 2, pp 14-21 (USSR)
ABSTRACT; Latelylthe sub-soil irrigation has attracted the attention
of many research workers. It has many advantages over sur-
face irrigation or other means of watering the soil. The
flow of water directly to the roots does not alone solve the
problem of the sub-soil irrigation, though it notably in-
creases the yields. By adding special fertilizers to the
water, by regulating its temperature, by regulating the
micro-biological process in the soil, by adding detergents
to fight various pests, by counteracting low temperatures
during the early spring and late autumn, high and consistent
harvests can be secured. A system of sub-soil irrigation was
applied by the author on 2 experimental stations, one for
vegetables and another for viniculture. This system was 6p-
proved in 1957by the nauchno-tekhnicheakiy soviet MSKh SSSR
(Scientific-Technical Council of the Ministry of Agriculture
of the USSR) and recommended for extensive application. The
system is described and illustrated in details. At present,
Card 112 ceramic pipes are used in this system, but it is hoped to
Subsoil Irrigation
AVAILABLE:
99-58-2-2/9
produce these pipes and other accessories from special card-
board and bitumen, which will lower their cost. When in-
stalled/this system is connected with a reservoir which feeds
the wh6le system. As the capacity of the reservoir is known,
the flow can be controlled. The fertilizers, preferably in
liquid state/are added when necessary by means of a special
basin piped directly into the system. All other additives,
such as micro-elemts, insecticides, etcoare applied in the
same way. A table showing resultant yields and another -
illustrating the oosts - are given.
There are 4 photoo, 4 drawings, 1 graph and 2 tables.
Library of Congress
Card 2/2

1. Y11111MIN, V. P., Enc.
2. U33P U-00)
4. CottonsLe.,,, Oil
'/. Fpprocessnf-, unhudle,-3 cottonseec's Jn bu-ttery extrw,tori, -i~lir.
17, NO. 3, 1954'.
9. Monthly List of Russian Accessions, Library of Congress, FebruFrZ_ 1953. Unclassified.'

KICHIGIN, V.P., inzhener.
-
Continuous-action vibration filter for miscella. Haal.-zhir.prom. 18 no.
6:26-27 Ja '53. (W-RA 6:6)
1. Odesskiy rutslozavod go.2. (Filters and filtration)

XICHIGIN, V.P., Inshener.
v.........
lichigIn and Ukovenko apparatus for processing oilseeds, Kael,
-shir.prome 22 no.8tl2-13 156e (MIaA 10:1)
1. tJkrgl&vras%hirmasla*'
(Oil industries-.-Equipment and supplies)

LSSYUIS, A.A., kand. tekhn. nauk; KICHIGIN, V.P., inzh.
Ukrainian oils and fats industry on the fortieth anniversary of
the October Revolution. Hael.-shir. prom. 23 no.11:18-22 157.
(11kraine-011 Industries-History) (MM 11:1)

XICHIGIN, V.P., insh.
Uee sunflower husks for fod"r. Mael.-zhir. prom. 24 no.12:30-31
158. (MIRA 11:12)
(Sunflower ~iabd) (Feeding and feeding stuffs)

KICHIGIN. V.P.
Oilo and fato Industry in the MTainian S.S.R. in 1959. Maol.-
zhir.prm. 25 no.2:5 '59o (MIRA 12:2)
(UkTaine--Oil industries)

OTCRkMWO, V.Te., inzh.; LISM1,S, A.A., kand.tekhn.nauk; KICHIGIU, V.P..
inzh.
Possibility of a combined extraction of eaRential and fixed
oils from coriander seeds. Maal.-zhir.promp 25 no*8:31-33
159. (MIRA 12:12)
1. Ukrainalciy nauchno-inaledovatn1lakly inutitut maelozhirovoy
promyshlehnosti (for Ovcharonko, Leayuiu). 2. Goeplwi USSR (for
Kichigin).
(Coriander)

KICHIGIN, V.P.; GINTOVT, V.Yu.
Production of fodder yeasts in the Ukraine. Gidroliz.i
lesol-.him.prom. 13 no.6:29-30 160. (MMA 13:9)
1. Gosplan USSR.
(Ukraine-Yeast)

KICHIGIN, V.P. [~ychyhin, V.P.]
Use .of a three-stage system for the processing of oilseeds
with high oil cont~ent, Khar.prom. no.lt29-31 Ja-Mx 162.
(MIRA 15:8)
1. Ukrainskiy sovet narodnogo khozyaystva.
(Ukraine-Oilseeds)

IICHIGIM--Y-R--4Kychyhin, V.P.3. inzh.
Enriching other than milk fats with skimmed milk preparations.
Khar.prom. no.2t86-47 Ap-Je 162. (MIRA 1589)
(Oils and fats)

RHALOYIN, Fablas Haumovich, ksnd.tekhn.usuk, dots.; KICHIGIN, Yladislav
Vitallyevichi inzh.; YEGORSHILOV, L.A., red.'- MODLIN. G.D.,
tb-an.red.
[Spanning the Ob River during the construction of the 11ovosibirsk
Yydroalectric Power Station] Ferekrytia Obi pri stroitel'stve
Novosibirskogo gidrouzla. Kuibyshev, Orgenergostrot, 1957. 21 p,
(MIRA 11:4)
(Novosibirsk Hydroelectric Power Station)

TSIBIK, I.V., inzh. ; VIDN..,D.I., inzh.; inzh.;
V,ALA,KIIOVA, K.V., inzh.; VOVOTOROV, S.V.) inzb.;
SLOBODKIVA, G.11., rod.
[Recoim.iondations on planning and organization of work in
spanning river beds in the construction of hydroelectric
power sta-tions] Rokomendatsii po proektirovaniiu i orga-
nizataii rabot pri perokrytil rusel rek na stroitellstve
gidroeloktrostantAi. Mosk-va, Orgonergostroi, 1963. 102 p.
(MIRA 17: 1)
1. Rusata (1923- U.S.S.R.) Tekhnicheskoye upravleniye po
stroitellstvu elektrostantsii i setey. 2. Vsesoyuzrqy insti-
tut po proyek-tirovaniyu organizat i energetichaskogo stroi-
tel'stva (for all except Slobodk nn
(Bydroelectric power stations)
(Hydraulic structures)
ANISKIN, L., kan-1. teklin. nauk; ~.I-C.IIIGIN, Ye., kand. toklin. nauk;
KOROTY,V) R., inzh.
Air heating of motor vehicles outside of garages. Avt.transp. 42
no.3-19-20 Mr 164. (MVIA 17114)

ANISKIN, L., kand.tekhn.nauk; KIGHIGIN To., inzh.
Repairing cylinders b7 setting an easily replaceable liner. Avt.
transp. 38 no.l0126-28 0 160, (MIRA 13:10)
(Automobile--]Daginea--Cylinders)

YJCIII~,IN.. Yo.; inzli.
-.-
U,gin,,, chan,,-r-,able in iin~,,ine repair. Av 1, , ~ ran!z p. 2,t;
no.10:2-.,-31 0 16~. (Iua-~ . I . 1-1.)
(Y,-~Ntor vehicles-Eng-ines)

KICHIGINA, M.I.
Capoer of prolapsed cervix uteri. Akush. gin. no.3:79-80 May-Jane
1953- (GIML 25:1)
1. Of Maternity Home No.4. (Head Physician - N. Z. Strokova) and of the
Obstetric-Oynecological. Clinic (Read -- Prof. V. A. Pokrovskiy) of
Voronezh Medical Institute.

W,
d
13
M
9140111,141% am O&OVIIIIIIS
Inflame of the composition of the cAthodo on tilt
ettructuts a( elecutitylit: chiramium. V I Aj Ow-wmid I
jJjI.Itjp;.tJ Cite.. ti! S '., It 1 14. t0 -ji
C.
.-(in ijq%~Jlwil CS 441 Z., ' all'i 'A
d. 0(5t)-IW amp.iq' in.1 Ill a III, lal katil'.1c it
duu pay film of 8 trittimelil'i'mal texture (fu-Nding I" all
%-ray Iuvuligat~u Obtained, 17114hr the ~lm
tions, with Fe. 1~111cwr Cu CAIIII.Ir" til'-Y Cc At:1-kii,
III an twishvilat witutir ale Onaill"i; while .1,111-itt.1
th a truitnell%kittal letiluir all., 4,blailir'l on till.
st s temp, tA 2t1'. The 4q"i%4 t4 CF M C11.
.1 .
.At. Bi slid 141 ca bOdr% (dt UVI AjijkAf AtA41f,11119 110 111fif
S
texture 141 tic (4 hz 1yJw 4 IrAl'.Ill~.Il o.x' Ili,
drixI,jis Aotainril m ihv W,.Kl'w alb,% AIM Ow 1'r It I, u
A A 14%hilmKI,
If
IWITALLURCK&L LITIFINATIM11
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~ * C, // / *,-, 1',-1,4 Z - P.
ARFJIAROV, v'." i.-. iacnaGinA, Z. P.; POPEV, A. 1.
The Possibility of Chrcmc Platinp_ Low-Alloy Steel
Trudy RE UUJI, 2nd ed. 27, 19W~

KIC-ti1c'min, 4-4 .
ARXHAROV2 V. I., KICHIGINA, 2. P.
Obtaining Hydrogen Chloride for Gas Chrome Plating. Trudy RE, UTAN,
Second Edition: 23, 194h-

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.' I C4_ / A 4. 1 'Z ' //
A I? / ARKWOVr .; KICHIGINk, Z.P.
%%D womoo
X-ray analysis of,mnganese scale. Trudy Iust. fiz. met. no.11:
14-25 15o. (KCRA 10.-S)
(Manganese--Corrosion) (Xray spectroscopy)

-11~7, _-p
,1A " ")
.. ~ /m
ARKHAROV. V.I.; KICHIGINA, Z.P.
I -
Investigating the texture of nitride-treated layers on iron.
Trudy Inst, fiz, met. no.11:26-30 150. (KLRA-10:8Y~
(Cane hardening) (Iron--Metallographyl (Diffusion)

UMRIKHIN, P.V.; ARKHAHOT,
X-ray investigation of the scale on pig iron contained in open-
hearth furnace burdens at the' initial stage of steel smelting.
Trudy Inst. fiz. ust. no.11:44-4.6 '50. (MIaA 10;8)
(Cast iron--Ketallography) (Ketals at high temperature)
(Oxidation)

USSR/Engineering - Tools, Spark Cutting 1 Jun 51
E-I
%&Uzes of improvement it Durability of Cutting
Tools Due to Electric Spaxk Working," V. 1. Ar-
khax-ov, Z, P. K-Ichigina, A. A. Spiridonov, Inst
Phys of Metala, Ural Affiliate, Aced Sci USSR,
and Ural Polytech Inst
"Dok A?. Nauk SSSR" Vol LXXVIII, No 4, pp 673-676
Several assumptions on subject are as follows:
Fesld-,.;~41 austenize formed -in the surface layer
of steel is additionally alloyed vith certain
e'lements from. electrode material and from sur-
rounding media=, e.g., vlth nitrogen from air.
rhis cavsez- flIgher stability of austenite and
i8~T41
USSR/Engineering - Tools. Spark "utting lJun 51
(cortd)
hampers its decompn at elevated temp during cut-
ting process. Due to these features of austen-
ite, martensite., result of transformation of aus-
tenite during cutting, has hardness higher than
that of martensite obtained by ordinary heat
treatment of steel, of which cutting tool is made
Miere is definite sonnection between conditions
of cutting process and conditions of spark vork-
it,g on t1he tool. Conducted expts to study influ-
ence of cutting conditions on durability of tool
strengthened by elec spark working. Submitted
by Acad 1~ P. Bardin 9 Apr 51
184 T4 1

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SOV/ 137-58--1-1537-1
Translation from: Referativnyy zhurnal, Nfetallurgiya, 1958, Nr 7, P 206 (USSR)
AUTHORS: Arkharov, V.I., Bogoslovskiy, V.N., Borisov, B.S.,
Kichigina, Z.P.
T ITL E: Details of ScaTEv"Structure and Their Significance in the Pro-
cess of High-temperature Oxidation of Iron and Steel in Rela-
tion to the Problern of Heat Stability (Dctali struktilry okaliny
i ikh znacheniye v protsesse vysokotemperaturnogo okish-niya
zheleza i stali v syvazi s problemoy zharostoyk-osti)
PERIODICAL: V sb.: Issled. po zharoprochn, splavani. Vol 2. 1\-1osco\v, AN
SSSR, 1957, pp 98-111)
ABSTRACT: Review of works on the problcms of high-tcrnperature oxida-
tion of Fc and steel performed by the diffusion laboratory of the
Institute of the Physics of Nletals, Ural branch, Academy of
Sciences, USSR, jointly with the chair of solid-body physics of
the Ural State University. The authors consider the problem of
increasing the coliesive forces in the lattices of the oxide
phases and the deteri-nination of the relationship between the
concentration of alloying elernents in the metallic phase and ill
the oxides to be of priniary importance in the ch-vulopment of
Card 1/1 heat stability. Bibliography: 23 references. L. A.
1. Metals--Oxidation 2. Met,, ls--Teqperatu~e f1--,o;,1__-.,~_

E-CHiG111, 'Z. . Ps, C(uA Sci -- (diss) "The Natiirc of
Varia~ion In Texture Poz--a*,ion in Uio Oxidation of Iron in tl-.e
Intomediate Temperature Ranre." Sverdlowk, 1956. 11 p
, p,
of Ifirher Edikur4tion USMRO Ural Stato Univeomkpj imeni A. Goi-11dy/.
150 Copies Ou" 31-58, 99)

KICHIGINA, Z. P.
"Effect of Small Additions ~..f Tungsten, Molybd~nwm, Titanium, and Ni:,:bituri
on the Heat Resistance of Certain Austenitic Alloys of the Types KhMPC
and Kh2ON35 at Temperatures of 1110-1300" C p. 10
Problems in the 117heory of Heat Reqistancp --tal Alloys, Mloscow. Izd-w~
-of Mc
1955, Co p
AN SSSR 8, 1 p Trudy~, Inst. Fiz Metal Urnl f Ilial, Ali' 013S~SR)
The articles in this book constitute reports, un extensive :tudics,
condvicted between 1949 and 1954 by the Inst. Physical Metallurgy Urals
Branch AS USSR, and devoted to the development of a general theory of
heat resistance.

go
Rl,
-MI, jR
-YIS
.Mi
R P. - M

FiCliflillIP,N)
Ais(-.-:7JA fri A,~
~i, - - -v bridge cranes without iining rufjpoj-t-,i. -I-cim. stroi. " no.
8 *- ~ ',7- 39 Ar '64. (Milth 17-.11%t

KICHIMIl",.N.N., inzh.; BELMR, Ya.K., inzh.
Assembling an oxhaust pipe with a tower 100 m. high. Prom.
stroi. 4,3 no. 3-1*.8-10 165, (maA 18:12)

KICHIMAN, V.K. (Karaganda)
11 r'. , '' . .. . c ~ r ~ -, ~ ., ~
Synthomyclu therapy of gonorrheas VeBts ven. I derm. no-5:55
S-0 154. (MLRA 7:11)
(CHLOROMTGETIN) (GONMRHEA)

!J
USSR Phar=col,,gy, Toxicology. Chmmo-ThAmpautic Preparations. V
Antibiotion.
Abs Jour : 119f Zhur - liclegiyal No 6, 19"52, IN- 27922
Auth,-)r I :an V o 61K
Iwt Keraa& Ft CAI Institute
Titio -Synt~.~oin in Therapy of MFLle Gonorrtba
Orig Pulo Tr- Karagandinsk. red. in-ta, 1957, 1., No 5, 349-3191
Abstract Syntcmycin is an effective romody fcr control cf gonorrhea
infection, including sulfopenioillin-stable fcrms of
disenBe. The observations were conducted on 250. patients.
Card 1/1

KICHIN, I. N. (IAV~SSSR)
"Rerults of the Experimental Investigation of Obliteration in Systt=s of
Hydraulic automation and on the Conctructlon of Controlling (".ear for thr-f Ujkc--~p cf
a I-Unimum stable consamption of operation Liquid"
report presented at the Scientific Seminar on Pneumo-Hydraulic Automation,
28-29 May 1957, at the inst. for Automation and Repote Control (IAT), Acad. Scl. U""M
jj:
Avtomatika i Telenekhanika, 1957, Vol- 18, 110- 12, PP- 1148-1150, (author S-ENIKOVA,

KICHIN, I.E. (Moskva)
,
Determingtion of hydraulic lose coefficients of reactor resistances
in hydraulic systems. Avtom. i telem. 18 no.1181-86 Ja 157.
(MLU 10:3)
(Automatic control) (Hydraulic machinery)

103-8-2/8
4UTHOR KICHINp T,N. (Moscow)
TITLE bome Meth of-Aw. Stabilization and Control of Small Flows of
Operating Liquid in Hydraulic Automatic Systems
(Nekotoryye metody stabilizataii i regulirovaniyA malykh raskhodov
rabochey zhidkosti v sistemakh gidroavtomatiki, Russian)
PMIODICAL Avtomatika i Telemekhanika, 1957, Vol 18, Nr 8,, pp 7o2 - ~15 (U-S-S-41t-)
ABSTRACT Based on the investigation reported here the following can be stated:
slot
1.) If small flows of operating liquid are obtained by a narrow
.
(h < 0106 mm) or by capillary openings (d< 0.4 mm), this will usually
by connected with the development of an obliteration leading to a re-
duction of flows, 2 ') The intensity of obliteration increases with
4
ing liquid (transformer-oil) at the expense
increasing flows of oper
of an increase in pressure differential, as -sell as in the case of a
reduction of the characteristic inside Width. 3. ) Removel of the es-
sential obliteration on a mechanical way takes place on the occasion of
rotation (with a speed of n,,v 1 revolutions per minute), turning (round
an angle of > 50) and vibration (with an amplitude.> A - the oblite-
ration in the slot h before the vibration) of the throttle flap of
the nozzle-flap type. The obtained stable small flows of operating li-
quid can be controlled by altering the slot
h between nozzle and flal
_
4.) In order to obtain controllable stable-small flows, hydraulic de-
viceB can be used which work according to the principle of the proutotic
Card 1/2 of momentum of the operating liquid with a control of flows by alterati
103-8-2/8
Some Methods of Stabilization and Oontrol of Small Flows of
Operating Liquid in Hydraulic Automatic Systems
of the number of revolutions or ef the length of the slot, 5.) Devices
with resistances connected in series are not subject to obliteration
and guarantee stable small flows of operating liquid up to 6 - 4 ccm/mi
The flows are controlled by alteration of the number of joined local re
sistances. 6.) By the establishment of a certain law for the alteration
of diameters of throttle openingB it is possible to linearize the depen
dence of flows on the number of local resistances. ( With 10 illustra-
tions, 8 Slavic references).
ASSOCIATION Not given
FRESENTED BY
SUBMITTED 28.11-1956
AVAILABLE Library of Congress
Card 2/2

S/16 62/000/005/017/093
D228YD307
AUTEORS: Galkin, I. N. and IUchin, N. N.
TITLE: A pplication of amplifiers of the saismic station
0 Y, (SS-30/60 Ia%IPV) for deep soismic sou,id--*I.n-
work
PERIODICAL: llelferalivnyy zhurnal, Geofizika, no. 5, 1962, 26, ab-
stract 5A203 (V sb. Razved. i proinysl.'geofiz., no.
421 M., 1961, 29-38)
TEXT: A redesi,,ned version of serial station amplifiers is pro-
0
0osed for deep seismic SOLInding work with the aim of changing over
.o Low-l"requency recording on moving for distances of 300 - 400 km
-,,-.e.ex point. Frequency characteristics, open left-
plosior
wards to 2 c/s (on -Lhe 3 db level) and having a large set of right -
0
1hand cuts of variable sharpness in the frequency-band 5 - 20 c/'S~
were obtained as a result of the redesigning. The improvement in
-he left-hand (low-frequency) part of the frequency characteristic
--is related to the increase in the time constant of the co-inect-ing
Card 1/2

S/169/62/000/005/01V093
Application of amplifiers ... D228/D307
circuits and to the increase in the inductance of the 'input and the
output transformers. Versions of transformerless anode and cathode
outjuts that. are sufficiently reliable and simple in their execu-
tion are a-so considered. The set of 'he ri-ht cuts of the charac-
teris-Uics was successfully increased and displaced to the low-fre-
quency side at the expense of a different switch co=nutation, the
increased inductance in the filter, and the use of new low-fre-
quency filters -- two-mesh asymmetrical P-shaped filters with in-
creased inductance at the center, single-mesh P-shaped filters with
doubled inductance, and single-mesh '11-shaped filters. The harmoni-
zat-ion of the filters, ensuring the best form of the frequency cha-
ract-eris-.ics, was thereby accomplished. Experimontal data are cited
about the influence of the regime of the amplifier's input on its
frequency chlaracteristic. Several intermediate versions of ampli-
fier redesign are,suagested in relation to the problems and 'he
available parts. Abstracter's note: Complete translation.-7
Card 2/2

GALKIN, I.N.; KICIIIII, N.N.
Use of the amplifiers of the SS-30160 KM Z-*correlation
method of refraction waves-7 seismic station for deep seismic
probing. Razved. i prom. geofiz. no.42129-38 161.
(KRA 16- 11)

C t4 # tv, [v. p.
Subject : USSR/Aeronautics AID P - 1816
Card 1/1 Pub- 35 - 11/18
Authors Kichin, N., Eng. Col. and Gorokhov, V., Eng. Major
Title Use of paints for the detectlon of surface cracks
FeriodIcal Vest. voz. flota, 3, 58-60, Mr 1955
Abstract The author compares the method of crack detection by
application of paints with other methods, such as the
magnetic and luminescent, which are at present
commonly used in repair units. He lists the advantages
of the paint method, describes the defectoscope, and
gives some details of its use. Photos
Institution: None'
Submitted No date
AUTHORS
TITLE
PERIODICAL
ABST11ACT
AVAIIABLE
Card 1/1
Kalashnikov -7-13/49
32
Perfecting of tl~e method of Color DefectoscoPY -Aussian)
(UsoYershenfltvovaniY0 met0da tayetnoy defektoskopii
Zayodukaya Labora'toriya,1951,Vol 23,Nr 7,PP Bo6-BoB N.S.S.R.)
The mixture of petroleum transformer oil and turpentine is suited
only for the treatment of materials of coarse-grained structure as
rod point. For the determination of extremely small tracks as well
as of the interorystalline corrosion of materials with fine-grained
structure it was necessary to find a suitable mixture.Suchs paints
were examined as to their ability of resisting lightptheir adhesive
and other properties.It was found that such paints must contain lar-
ge quantities of benzene and oil-k mixture based upon collodium
was found to be favorable.As admixtures to zinc oxidelzinc white
and benzene are recommended.The following color compositons are re-
commended in this paper for defectOBOOPY' Sudan red 41 205 mjben-
zene, 5 ml / MK 8/-o", 1 g red paint. Whites 7470 ml callodium in
a slirit-ether solution (for in6tance colloid oxiline.). (64 units
colloxiline,76 units sulphuric ether,20 units of rectified spirits),
In additions lo ml diluter "RDVII or acetone, 2o ml benzenet 5 9 zim
white MO per loo ml of the mixtupe. The suggested method proved to
be successful.
There are 2 figures.
Library of Congress.

KI-CH INA$ , .8 ,* m 0
ZOOLOGY
DFOASID
1,63
196,

Rhilai 19ss, W23 s lown in ex1l 11. with r.
%d (ris CdCh) In dostci of
fliatiliesullcutmamtsibijection of L
1-2 Ing. In the coume or tk 111011th
low6ring in the cbfltmt of aworbic achl (1) In the injoicivs,
cembrunt. mt,
WJUM,~J~Jld the CY6. ~ It appof$ 10 JMVO nn effret oil 111C
conteut of I in On: blood. The addn. of CJ' Ch or of Cd.
01flLoll int*rVattheratcolo.125 101.0mg./sul.
It S. Levine

CatoSory Humaai and Animal J-hysiology, Mezi3bollsz
Abe. Jour. Ref Zhur - Blol., No. 9, 1959, No, 7827
F.Ya.-Berenshteyn; MJI.Ktchlna
14;''torit, -'T
C: Dd,,;u on thf; lrLerr,~~:Iationship of Flc.)-oi~lements
and Vitamins, Znd Report. The Effect of
Ascorbic Acid on the Hyperglycemic Action of
Orig Pub. Certain Microelements.
Uch. zap. Vitebskogo vet. In-ta, 1956, 14, No.lJ
9p___98
~%'h s-rft- Injecting rabbits subcutaneously with solutions
of salts of Cd, Zn, F and I (in absolute
amounts of 2-5 mg per kg) proCluced a consider-
able rise in the blood sugar level. When as-
corbic acid was simultaneously injected sub-
cutaneously (100 mg/kg), the hyperglycemic
effect of Cd, F and I was sharply diminished,
while that of Zn remained. (lat Report, see I
Ref Zhur - Biol., 1955, 55969).--B.M.Gekht
BgmSUTICYN. F.Ya.; KICHINA, M-M-
Iffeot of certain trace elemente on the rosidual oxidizability
of blood and the oxidizability of intermediate products of
metabolism. Dokl.KNBssa 4 no.2:82-85 Y 16o.
(MIU 13:6)
i. Predstavieno akademikom AN BSS11 V.A. Leonov7m*
(TRAGIC BUMTS)
(OXIDATION, pl~sIOLOGIGAL)

KiGTnu, K.K. Clichyna, M.M.]
Iffect of cobalt on the cholinesteraao acti0ty of the blood,
Testsi AN BSSR, Ser.biial.nav. t6.1i78-84 160. (MIRA 13;6)
(CaBA --PUSIOLOGICAL Xr"CT) (CHOLIUSTIRASN)

KICHINAI,
Mechanism of action of cobalt on blood clot rotraction, Probl.
gemat. i porel. krovi 5 no. 9:56-57 160. WIPA 14:1)
(COBALT) (BLOOD-COAGULATION)

KICIIIA
Elffect of cobalt on certain auptetv of 11pid i.etrebolis".1 ir rabldts.
DoIzI.A.11 BSSR 5 no.1:31-33 Ja-161. (IMP11 14:2)
1. Vitt,*,,)Aiy vvtvrImirni~-.-
h-cdstavleno -kado--dkor. A:' EZS,~ V.A.
(Cobalt-Ph~rssic,~,- -ic:~-! effect N
(L-iid'

. . , 1 9

R-9 __ ____1
SOURCE CODE
05108 (A) UR/0316/65/000/005/00
AUTHOR: Guseynov, M.M.; K1chiyM4.j,_D.P,-; Treyvue, E. M. ; Dzhafarova, M. T.
ORG: INKhP AN Azerb. SSR
TAITLE- Synthesis of esters from hexachlorocyclopentadiene
SOURCE- Azerbaydzhanskiy khimicheskiy zhurnal, no. 5, 1965, 27-32
TOPIC TAGS: aliphatic dicar oxylic acid, aliphatic alcohol, ester 'C\NeVV;' Mk
ABSTRACT: The paper gives the results of esterification. of 1,4,5,6,7,7-hexachlorobicyclo-
(2.2. 1)-5-heptene-2,3-dicarboxylic anhydride with C4-C10 aliphatic alcohols of normal and
iso structure. Condensation of hexachlorocyclopentadiene with maleic anhydride showed that
the optimum conditions for the synthesis of 1,4,5,6,7,7-hexachlorobicyclo-(2.2.1)-5-heptene-
2,3-dicarbo>Wlic anhydride are: a temperature of 170C, a 1:1 molar ratio of the components,
a duration of the experiment of 3 hr, and one atmosphere of nitrogen. The yield of the
addition product thus reaches 99. 8%. The effect of various reaction parameters (tempera-
ture, molar ratio of the initial components, duration of experiment, amount of catalyst taken)
n the esterification reaction of the dicarboxylic anhydride on the yield of esters was deter-
mined, and the optimum conditions for the preparation of diesters were established in each
'easo. It was shown that as the chain length of the alcohol Increases, tho, yield of diesters
C.,d 1/2

NR, AP6005108
&)
diminishes. This Is also observed in paBsing ftom, alcohols of normal structure to those of
iso structure. Orig. art, hais; 1 figure and 5 tables.
SUB CODE: 07 / SUDM DATE: 05AprG4 / ORIG REF; 004 OTH REF: 003
Card L 2/2

GUSEMVp M.M.; KICIIIYEVA, D.D.; AKHUNDOVA, P.B.; RAMR)V, S.I.I.
Thermal conversion of carbon chlorides. Azerb. khim. zhur. no.3:
57-60 165. 19:1)
1. 1nstitut neftekhimicheskikh protsessov AN AzerSS)R.

MA143DALIYY,V, Yu.G.,- KICHIYEVA, D.D.
DAtarnining isomers of xylene In light pyrolytic oil and boazlines
from thai~mal and catalytic cracking. Azerb.noft.khoz. 37 no.12:34-36
D 158, (MIRA 1?:3)
(Xylene) (Patroleum-Refining)

A -J'V.
KICHIYEVA9 0. D.1 CAWD CMIM 301 t DETERMINATION OF ACON-
TENT'4'OF ORTHO-it META-9 AND PARA-XY1,ENES IN PRODUCTS Fkil~-
I:R" T%EfMA"LNr CATA YTIC -90 OF PETROLEUM
H La 4
JW INCRE*ASE4 HEIR YI L AND METHODS OF SEPARATION,
I -( ef
tJAKUj Pus House O/-!0'-#1kZ-SSR, 1960. (INST OF PVtft-%*VZ*W"
PROCESSES. AS AZSSR. AZERBAYDZ"AN STATE UNIV IN Se M. KI-
ROV). (KLI, 2-611. 200).
_26-

MAMEDALIYEV, Yu.G.; GTJSEYNOV, M.M.;_ KICHIYEVA., D.D.; MAYE-DOV, S.M.
Producing hoxachlorobenzene by tho thormal docompolAtiOn of carbon
perchlorides. Dokl. AN Azerb. SSR 17 no. 2:109-113 161.
WIRA 14:4)
1. Inntitut neftekhimichookikb protsessov U Azorbaydzhai.sko,/ SSR.
(Carbon chlorides) (Bf.izene)

GUSEYNOV, M.M.; KASIMOVA, F.A.; KICIIIYEVA, D,[).,, RAGIMOV, U,.A.
I ....... "ft-4mmom-
Hexachlorb,pnzene bascid an normal hexane. Azerb. khim.. --'-w-. -
165. %IMIRA 18,71
1. Institu-I neftekhimicheskikh protsessov AIN Azerf,',',';I.

KICHKA, V., inth.-podpolkovnik
Night vision. Voen.-inzh. zhur. 102 no.5:15-16 My '58.
WRA i1-.6)
(Night vision)

ACC NR! A116008337 I-bnoeraph ul/
YB)=tavich
Militnry npplicntion of infrnred rays (Infra~xanriyyc luchi v vajennom dele) 11b:;cow,
Vccyndzdat, M-va obor. SSMI, 62. 0175 1). biblio. 11, 000 copies printed.
TWIC TAGS: i _;Lnecr:LnG, rdlitary installation, :LnfrLxcd quxitum Cenerator,
militar-y cn,-L
infrared sovrece, infrared im- (-,ej 1J.(,)it source, luml neoconco, Infrore(I ni uJit viewer,
Infrnred tro,,ssmittcr , infrared photography
rLqPCGE AIM CCWMAGE: "I.1ilitary application of infrared rays" deals in the popular
form, with the prdDle,-,i,- of physics of infrared rays,, the installation of equipZX,,nt of
infrared techniques of various markings, as well as with the useful informtiozi abolft
them. Dx=ir4-, the preparation of this publication, the critical rc=zqu--s were corl-
sidered, "~diich were found in the reviews on this book, cind also the order of r.&,r
paragraphs is riven Nfnich does not appear in the first ed-ition. In the first ffive
chapters, the mnture of infrared rays in described. Also described are the apprxatuB
which generates the infruxed rays, the distribution of rays into the at-,o~.pherc; tn.
photoelectric action of light and 'the luminescence. The last chapter deals with the
sources of electric testing of equipment of the niE~ht visibility. The bodr. is in-
tended for those who attend courses at military schools. Sergeants and officers of
the Red A=7. Besides that, it can be Interesting for a wide circle of prepared
renders who wish to acquaint themselves with this, considerably new branch of
Card 1/2 UDC:355.9k46
ACC -Wk~--"&O-OU-31
technology.
TABI-1 CF COWEWS (abridged)z
Introduction -- 3
Ch. -1. Ray energy -- 6
Ch. II. Sources of infrared rays projectors and light filters 21
Ch. ills Distrfoution of infrared rays in the atmosphere .. 43
Ch. IV. Photoelectric action of light 50
Ch. V.
Ch. VI. PI'lotorrkohIng in infrared rays 77
Ch. VIL Equipmeant for registration of infrared rays 91
Ch.VIII. Electronic optical transformers -- 113
Ch. DC. Visibility in infrared rays -- 131
Ch. X. Power supplying equipment of night visibility 154
SLM CCDE: 17, 1h0 20roUBM DATE: 23Apr62/ CRIG REF: 014/ OM REF: 002
Card

KIGEKA,Tasiliy.TeramtovLal--,-. VLADIMIROV, V.T.. inigh.-nolkovni1r, red.;
VI-1-:.- - KONOVALOVA, Ye.K., tekhn. red.
[Infrared rays in warfare) lafralcrasr7e luchi v voennom dele.
Mosirva, Voen. i%4-vo M-va obor. SSSR, 1958. 93 P. (MIRA 11:10)
(Photography, Infrared)
(Night fighting(Militar7 science))

KICHKA, Va.aillyjer-estovicb- CHMOV, V.P., inzh.--poIkcrvnik., red.;
SLEMSOVA, Yo.N., toklin. red.
[Infrared rays in military affairs]Infrakrasnyo luchi v voon-
nom dole. Yloskvaj Voenizdat) 1962. 175 P- (I-MA 15:9)
(Infrared rays-Military applications)

AID P - 1355
Subject USSV_'hemistry
Card 1/1 Pub. 78 -- 18/30
Authors Ki,_hkin, G. I and VelikovBkiy, A. S.
Title Influence of natural sulphur compounds on the
oxidation. of lubricating oils.
Periodical Neft. khoz., v-32, #12, 6o-63, D 1954
Abstract The discussion conce-.-nb the anti-oxidation
property of lubricating oils with and without
sulphur compounds. The significance of aromatic
hydrocarbon predominates over that of the sulphur
compounds. The latter only supplement the anti-
oxidizing action of aromatic hydrocarbon.
3 RuEsian references, (1940-1952). Two tables,
2 charts.
Institution: None
Submitted No date
XIC11KINO 0. 1.
Kichkin.9 G. 1. "Influence of the Chemical Compositon of lubricating Oils on Their
Operational Properties." Min Higher Education Moscow Order of labor Red Bamer
Petroleum Inst imeni Academician L M. Gubkin, Moscow, 1955, (Dissertation for the
Degree of Candidate in Technical Sciences)
SO: Knizhnaya letopial, No 24, 11 June 1955, Moscowt Pages 91-104

3 V~l
-i"Zt~
-rw TP7^
oy.-,
I Ag I

AID P - 2745
Subject USSR/Chemistry
Card 1/1 Pub. 78 - 15/22
Authors Kichkin, G. I. and Velikovskiy, A. S.
Title Oxidation in a thin layer of naphthenic and
aromatic hydrocarbons forming from lubricating oils
Periodical Neft. khoz., 33, 7, 71-75, Jl 1955
Abstract The oxidizing characteristics of thin layer lubricating
oil residues have been tested on K. K. Papok'3 apparatus
and analysed. It has been found that naphtenic and
monocyclic aromatic hydrocarbons are most vulnerable,
whereas bi- and tricyclic aromatic hydrocarbons with-
stand oxidation much better and therefore can be used
as admixtures to naphthenic hydrocarbons to dimish
their oxidation characteristics. Tables.Total
References: 4, 2 Russian (1946-1952)
Institution : None
Submitted : No date

wgg
4g
q i.
yp~
qt
ig.N
IR
7 f;

j-, " C! "/ /' / /V/( " /'
USSR/Chemical Technology - Chemical Products and Their 1-8
Application. Treatry-,nt of Natural Gases and Petroleum.
Motor and Jet Fuels. Lubricants.
Abs Jour : Ref Zhur - Khimiya, No 1, 1958, 26og
Author : Kichkin, G.I., Velikovskiy, A.S.
Inst
Title Method for the Removal of Sulfur Compounds from Fractions
of Aromatic Hydrocarbons.
Orig Pub Khimiya i tekhnol. topliva i masel, 1957, No 5, 59-61
Abstract A method has been developed for the removal of sulfur com-
pounds from aromatic hydrocarbons (AH), vhich is based on
the reaction of conversior of sulfur compounds to oxygen
compounds, by the action of hydrogen-peroxide, and their
subsequent removal by means of silica gel. The sample of
AH is dissolved in, a 20-fold amount of glacial CH 3COOH,
30-40% hydrogen peroxide is added, in an amount correspon-
ding to three times the amount equivalent to the sulfur
Card 1/2
Card 2/2
3OV/r,,9-59-8-3/14
AtITHORS Kichkin G I- Manishevakly, V. G. and Rubinahtcyn, 1. 1,-
TITLE: Influence of the Chemical Composition of .6ubricating Oils
on Their Viscosity (Vliyaniye khimicheskopo'sostava
smazochnykh masel na 1kh vyazkostnyye avoystva).
PERIODICAL: Kh1miya'i Tekhnolop,,Jya Topliv I yaselt l95,c3,_3Nr.8-
pp. 15 - 20. (USSR).
ABSTRACT: One of the most important parameters durinp the determination
of the useful properties of lubricating oils is the vis-
cosity and its dependence on the temperature. It is mainly
determined by de-fining its influence on friction and wear
~,ated two
of the lubricated surfaces. The authors lnvestl
,
residual oils with a viscosity of 16 cps at 1000u WT-16).
One of these oils was prepared from sulphur-containini7,
petroleum and the other Lrom Emba petroleum. The vis-
iosity between 500 - 1000 was tested in a standard,capil-
lary vi3cosimeter and at temperatures of 200 and -400C
in a rotation visCosimeter constructed by V. P. Favlov
(Ref.1). The physico-chemical Properties of the investi-
gated oils are given in Table 1. It was found that the
visoosity of the oil MT-16 from sulphur petroleum, at
card 1 -4000, WaS 1.6 times lower than for the oil MIT-15 obtained

sov/-5-59-3-3/14
Influence'of the Chemical Composition of Lubricating Oils on Their
Viscosity.
Emba Petroleum Ui-,l). The oils wert. deresinified
by absorption on silica tel? and their viscosity deter-
mined within the previously defined temperature limits.
It was found that the removal o-P the resinous substgnces
lowered-the viscosity by approximately 2 cps at 100 0:
from 16.5 to 14.83 for the oil from the 3-petrojeum and
from 16.4 to 14.4 cps for the oil from Emba . petroleum.
Fiq.2: viscosity temperaturn ovirves ol' the deresinified
oi s. An analysis of the data friven In Fijr,.3 (dependence
of the viscosity on the temperature for naphthenic hydro-
carbons) shovis that the anomaly In the viscosity for
naphthenic hydrocarbons separated from the oil L""T-16 from
S-petroleum occurs in a wider tPmoeratUT-e interval than
fov, analogow hydrocarbons of the MT-16 Emba oil.
The derree of structure disinteCration is three time3
larger for the G-petroleum oil than for the Eznba oil
(3.98 as ae:ainst 1.37). Values in Table 2 (the viscosities
of fractions of naphthenic and arom~'itic hydrocarbons)
indicate that aromitic hydrocarbons have a hi~-her defrev
of viscosity than naphtienic hydrocarbons, and also that,
the chemical composition of the oil from 6-pe' k-1-olow-i is
Card 2/4 more SaUSDICtOT~y vith regard to j t a viscosituy-temper,tture

Influence of the Chemical Composition of Lubricatine Oils in Their
Viscosity.
properties than the Emba oil. It can, therefore, be
seen chat sulphur compounds Increase the degree of vis-
cosity of the aromatic hydrocarbons and consequently
that of the oil itsel-~'.After the removal of the sulphi'lr
compounds the viscosity of the aromtic hydrocarbons de:
creases at 10000 by 2.7 cps (from 2O.B to 10".1 epa). At
practically identical molecular weirlit the rapkithenic
hydrocarbons of the 0-oll differ from the naphthenes of
the Emba oil by their lower viscosity and lareer -.,nomaly
in their viscosity. This is due to the fact that the
separation of the sulphur compounds lowers the concentration
of polycyclic aronatic hydrocarbons. It was confirmed
that the naphthenic and mono-cyclic aromatic hydrocarbons
are the'loarrieralof the anomaly In the viscosity of the
lubricatin[~ oils, and that the polycyclic aromatic hydro-
Card 3/4 carbons do not influence the above-mentioned anomaly,

SOMj!5 - 89 Vii-,
o o n e i r
Influence of the Chemical Composition o" irubricat nfr J.
Viscosity.
This anomaly occurs in a defined temperature interval
which is characteristio,for each type of oil. -Che re
are 2 Tables, 4 Pip,,ures and 4 Sov iet References.
1. Lubricating oils--Viscosity 2. Lubricating oils--Chernical
properties 3. Viscosity--Determination
C71-rd 4/4

SOV/65-58-12-14/16
OTHOR: Kichkinp-G. I.
'-"' 1 Diffusion for the Separation of
TITLE: The
Hydrocarboris-(PrIteheniY6 termicheskoy diffuzil dlya
rAzdeleniya-uglevodorodov). ~evlew (Obzor) .
PIRIODICAL: Khlmlya I Takhnologlya Topliv i Masel, 1958,'tNr 12,
pp 59 - 63 ('USSR)
ABSTPAOT: Recentlyp the method of "thermal diffusion'l-has been
used for investig4ti the hydrocarbon composition of
lubricating oils. Th-Is method was first described
Ih 1856, and the review coiers devel6pments'of the
same up to the present day. It Is shown that during
thdrmal diffusion no beparation of the bromatic*and
Mphthefilc 6yoles'occurs ari4, therefore, it i's ubed
In connection with other separation'processes, for'
instande adsorption"methods. When using the'latter
meth6dj,' it is not posvible to separate naphthenid
hydrooarb6ns-accord1ng to the humber of cycles In the
molecules, but Uts caL be'achieved with the aid' of the
thermal*dlffusion method. By ujing-th6se two ifieth6ds
it Is Possible to investigate the domposition'of the
Card 1/2 kerosine-gas-oil and fatty acid fractions of petroleum.

BOV/65-58-12-14/16
The Use of Thermal Diffusion for the Separation of Hydrocarbons
The separation of naphthenic hydr6catbons from asphalt
waB'Investigated by O'D6nhel (Ref.16; Table 1) Table
2: viscosity data of the various'fM;tions of paraf-
finio distillatds And Table'3.- results obtained durInU
the separation of white oil. There are 26 References:
6 Germano 17 English, 2 Soviet and 1 'Qwedish, and 3
Tables.
Card 2/2

Sxmiw, Ye.G.; KICHKIN, G.I.
Change in the proportion of motor oils during long~..torm storage.
Khim.i tekh.topl.i masel. 4 no-2:31-33 F '59. (HIRA 12:2)
(Lubrication and lubricants--Storage)

Ifewsoyurns" konferentslys po, tronlyu -.,1m!r34n. 3d
1958.
01drociLnsulch,asicay"A teorlya deaz-kl. OPcry J;Ccl'_'her.IYV. lm3zka
I omzocbny7a waterialy (Hydrodyna.1c Theary of Lubrication.
311p bearings. Lbrlcatton ard :~br- c int Pfattrla13) K~SC~V.
Its
2C0 CO
t
d
e
. 3,
P
12d-vo AN ZSSR. 422 p, I~AtA slip Inser
printed. (Series% Its: rudy, v. j)
3ponsoring Agency: Akmdostya nauk 533H. ins V t,~t mash'rovedenlyl.
Rasp. Eds. for the Section 'H7,3rcenalic Thez-7 of Wtrlcatan
and Slip Bearings-: To. X. Cut'yar, Professor, Doctor of Teen:
GLeal Sciences. and A. K. D'yachkov. Pmressor, Doctor tf To ,In
n'-ckl Stionces; Reap. Ed. ror the Sqct-_zr,.*:,tr1ctt!*n 2nd
Lubricant MateriAlip. 0. V_ Virogradov, ?--~Iessor, Do,tor or
Chwultal Sciences. Ed. or ftbl&5h1n& 11~se- K. Y&. Klebanov;
Tech. Ed.: 0. W. Ous,ko".
This collection of articles is izto~d*.A ror practicing
rUR?Ont
ongInotre and research
C6iiRA112-
I The col2actlon. pubjjshew2 by the :pszjt~t miahjro-
Teden,7% AN SSSR (Institute of Science of' FAchInes. Adacei,7
of science =R) contains t~soers P~.sente-l at the I:Z
007=2 1conferantalys PO tr-dri I 1=ncsu V z3oft'nalch

ird All-Union Conference On FrIct'o. and Wear In KA:hinol
m
adalch go& held April 9-15, 1953. ft-vbleom discussed -tro In

Xydrodynamic Th"ry (Con-. SCV/W55
xqr,o.-_ehir1�k_1y, R- V. On Unsteady F4t'crs or the Joqm4l In
G J9i*&PlP4 faTivn1yo I Iznce V maablo,ae,- T. 14, -d-TO AN
19,W) 164
LXBRICATIC11 a= IXBRICANT X4=IALS
LubrlCant Materials And Wear
Iftnogrodov. 0. V. SO-. No- Methods 0.1 Prod,=tng and In-
f*4tigatlng Lubrcsnt Matorlals 165
Al-shits I To., Tt~_M. Oparl", 1-10 and
, su;hkina x1poriiint. UsIrs DlsuiNrjdq Of Kolybler,,
40 A, Haterlal IT2
BeTbOTOCX0, 14. D. , X
-T. PzvlO"'Lan, and T, V. Arkhar*wa.
Itt"t, Of thi Co,spos larf-and the Cr~.~xcter of rnsqcus
Media 01) the V*Br-R6*Ifitmntr Pmpert!es of Petr~lawa 1~brl-
entLag 01Is 177,
VIntAel " S. V. contAct Iff"t %, Wear a a psctr, I,
the Oxiditi6li Or the Oil In Engines 187
T_LP09r%dLOV-Q._ V. , V. V. ArWhar-s, N. T. rawl.vokaya,
and R. D- B-=bC-0d'kO- WOfir-Res1stant i,.d &ntirriction
PrOpertlas or Salt pussms 191
YI#h-.,,AkoY_V_ -A_ and V. O.-Lebe" fy_ At,.~S_*,* Wror of
Koller Bearlnjs In the W br'-t Pmtorlal 198
I'll-OT L. Ii; a
or a. 611 YJ I-- 2_.L.L=, D, __ CrItIc-I T,~Pormt~"
___C_ E7
SIVIng on -cror steel S,f_jc~a. _4
the D.Speralva, 4ropacity of the oil 201
LmxOvBk*Ys, 0., V. Methods ror Daterm-n-rit It* Critleal
Tomporsturve Or an Oil Pil- In "a C3s~ of ?,,Ict:Qn of
3t..l Against ktlr,lctlof. Alloys 222
P0rOtOv6 0 To Womr-Rwoletart Reaction
,a of %Irur-
Oiian1c,&O;Po_0u;.~q as Additives to wtt.-cant Gila 21L1

294hh
S/081/61/000/017/144/i66
96cc B117/B138
AUTHORSi Klimov, K. I., Kichkin, G. I.
TITLE; Critical temperature of the oil. filr. in tLe slidiriC, ccntal--t.
of steel surfaces, and dispersive power of the oil
PERIODICALs Referativnyy zhurnal. Xhimiya, no. 17, 1961, 471-472,
abstract 17M218 (Tr. 3-Y Vses, konferentsii po treni-yu i
iznosu v mashinakhj M,., All SSSR, v. 3, 196o, 201-2112)
TEXT, On the basis of data obtained from investiEations of mineral oils
cf diffe-ent viscosities on a 4-ball friction machine (60 sec, 1200 rpmr),
the authors set up an equationi log loE(v + 0.8) - KP k + C, where
v - viscosity of the oil at initial test temperature, P k - ~:ritical icad
(seizing load), K and C = constants for a series of oils of the same grou.,p)
ir chemical composition. For P . 0, v is found frcm an equaticn
k (vk)
5uitable to the oil in question, Then the critical temperature (CT) of
the oil is determined from the temperature-visc3sity lepen~lence iVO/
Card 1/2

2941dt
s/osi/61, 000/017/144/11 66
Critical temperature of the oil film B117/B136
e, the temperature at which its viscosity is v The di~,-A--r%ilve pu%vt_- of
k'.
the oil was estimated in mm3/sec on e, 4-ball machine, as the 7' ean raT e c f
wear (V) of the balls for the period during which seizing t-ck
pla~;e. The equation V = V 4. L(P - P ) was fcund, where P - test Icai.
k k'
V at p L = constant for the oil, CT, and V/P dependence curvez; ar,
k'
iven for mineral oils from a different group of chemical compositions and
for oils with various adlitives. CT was increased by introducing S--, Cl-
and P-containinE additives. Thus, CT of AY (AU) oil (viscosity 15..3 costji0o0c)
was increased from 145 to 225 OC by the addition of 5~o pentachlore-diphenyl..
Addition of certain additives to the oil (e. g.,_'43-2 (EZ-2), tributyl
phosphite., and 4WLT11M-339 (Tsiatim-339)) incr?ased V; while ctherg (o_
33 _5 (Ez-r1-), c Cl chlorinated paraffin,A3HMO -4jjCt,-rjjM--; (Aznil~-
2 6'
Tsiatim-1), and pentachloro diphenyl) reduc-! It., The conclusion waz
drawn that tD be efficient, an adiitive shol,,11 increase CT and educe V.
[Abstracter's notej Complete translatiinl
Card 2/;)
a1081162100010061o961117
B162/B101
AUTHORS: Klimov, X. I., Vilenkin, A. V., ~ichkinj_G. I.
TITLE: New method of evaluating the effectiveness of anti-seizing
additives to oils and fuels
PERIODICAL: Referativnyy zhurnal. Xhimiya, no. 6, 1962, 546, abstract
6M297 (Sb. "Prioadki k maslam. i toplivam", M., GostopteWzdatp~
1961, 273-278)
TEXT: To evaluate the anti-saizing properties of lubricating materials, ai
i
new design of friction machine is developed, simulating the operating
conditions of a friction couple in real mechanisms in respect of slip
speed (0-5-30 M/sec), temperature (up to 2000C), and periodicity of contaci
in a wide range of variations (a diagram of the friction machine KB-1
(XV-1) is given). A method is proposed for a comparative evaluation of
the anti-seizing properties of lubricating materials and other petroleum
products (e.g., jet fuels). The anti-seizing properties of some petroleum! 2~
products are investigated in the pure state and with additives. It is
shown that the device and method of evaluation propooed are characterized
Lr.-~straoterfs notet Complete translation#]
by hits sensitivity. AU
Card 1

S/262/62/000/01 0/0141;024
1007/1207
AUTHORS: Klimov, K. L, Vilenkin, A. V. andAKi~chkin. G. I
TITLE: A new method of estimating the efficiency of antiseizing additives to oils and fuels
PERIODICAL: Referativnyy zhurnal, otdel'nyy vyptisk. 42. Silovyye ustanovki, no. 10, 1962. 68, abstract
42.10.381. In collecton "Prisadki k maslarn i toplivam". Moscow, Gostoptekhizdat, 1961,
273-278
TEXT: A basically new design of a friction-type engine with two intersecting cylinders and intermittent
contact of friction surfaces has been developed for testing the antiseizing properties of additive-tvpe lubricants.
For a comparative analysis of these properties, it is necessary to simulate during the iest the field conditions
for sliding speed, contact of friction surface and temperature, over a large range of variation of these charac-
tcristics. A new method, simulating field conditions, has been devised for testing the antiscizing properties of
lube oils; this method has been applied to the study of certain oil products including additive-type oils. It is
shown that both the new typo of test engine and the test method suggested, ensure a marked)y higher test
accuracy, in comparison with other methods and apparatus (e.g. the fOUT-ball fiiction engine). There are 3
figures and 4 references.
[Abstracter's note: Complete translation.]
Card 1/1

VILENKIN, Aleksey Vladimirovich;
LEVINA, Ye.S., ved. red.; POLOSINA, A.S., takhn. red.
(Oils for the hydromechanical transmissions of motor
vehicles and of wheeled and crawler tractors] Masla dlia
gidromekhanicheskikh transmisaii avtomobilei i traktorov
(kolesnykh i gusenichnykh). Moskva, Gostoptekhizdat,
1963. 142 p. (MIRA 16:8)
(Motor vehicles-Inbrication)
(Tractors-Lubrication)

ZRELOV, Vsevolod Nikolayevich; KICIWD",, Grigoriy Ignatlyevich;
VIROINANTS, R.A., retsenzent; 1-1,AZITOVA, F.A. retsenzent;
ORLOVA, Kh.Ya., retsenzent; YENISHEfUVA, OJI,j ved, red.;
KFMN' S.E., prof., doktor tekhn.nauk,red.; POLOSINA,A.S.,
tekhn.red.
(Chromatography in the petroleum and petrochemical industries]
Khromatografiia v neftianoi i noftekhizicileskol promorshlon-
noati. Pod rod. S.E.Kreina. Moskvao Go,,3toj)tvkhizdtA, 1963.
287 p. (MIRA 1'7tl)
(Petroleum industry) (Petroleum chemicals)
(Chromatographic analysis)

L 12399-63 AFMIAPar. Pc4j/rr-~ w1mulwIlm
ACCESSICK NRs AP31001670 S100651631=10061006010065 6
AUTM s Kichkin,,G,
_1j, R2jhkoYL_I# V.; Vilenkin, A, V. j Nornilova, Te. N.
TITLEt Effoot-of additives.on.anti-Vear properties of fuels\\
SOVRCE: Rhimiya i tekbnologiya topliv i masel, no, 6, 19630 60-65
TOPIC TAGSz Additives,, anti-wear., fualsl anti-oxidants, dispersant stabilizers,
raetal deactivator,, surface-active additives
The anti-wear ptoperties of fuels T~-l and TC-1 (naphtha-kerosene
fraction ~naphtha-kerosene-ben fractions were investigated. T-1
and...T-2\ zene
showed best and T-2 the worst anti-vear propertiesl increasing temperature from
20 to 150 degrees noticeably rWuced th *e anti-wear properties, Addition of
small amount (0.01% by weight) of antiwear additives.Vs-organic compounds, or
thiophosphoric acid esters) developed for oils, increased anti-wear properties
of the fuels to the aame extent as the.addition of anti-wddants and dip
persant stabilizers. A metal deactivator shoved very little surface-active
affect, but surface active P~~Is or phenylenediamine improved tuil stibility
Card 1/2
----------------- --

I. 1239~-63
ACCESSION M AP3001670
reased anti-wear propertyo: "K. I. K21mov was one of the supervisors at
the start of the work." Orig, art#.h.as-. 3 Hjuires and 3 tables.
ASSOCIATIONt none
SUMITTEDs. 00 DATE AM. oM,163 ENCM 00
SUB CODE: none NO REP SOV: 007 OTHER: 003
Card 2/2

GOL'DBFRG, D.O.; DIVI, S.E.; KALAYTAN, Ye.N.; KIMIKIN, G.I.;
MINKHAYROVA, S.A.; TRUBEUKOVA, UJI
Mothods for obtaining oils with improved low-temperature
properties frm sour curde. Trudy BashNII NP no.6.105--ill 16-1
(PaRA 1.7.- r))

EKW_
ACE; NRI AP60018M SOURCE CODE: UR/0063/65/000/0:L2/00WO047
AUTHORSt Sharapov, V. L; ilenkin, A, V,t Nichkin G,, I
ORG: none
T11TLEj Influence of polyisobut the wear-resistant prop2rt as of an oil base
yl~ne on
~SOURCE: Xhimip iteklmologip topliv i nasal, n. .12,, 1965, "-47
TOPIC TAGS: lubricant, lubricant additive.. polyisobutylons.. organic lubricant-
ABSTRACTt The effect of polyieobutylene additive on the wear-resistant properties
.of a number of lubricating oilellwis studied. The experimental technique employed is
described by K, I, Klimov and A. V. Vilankinp.(Av:tor. avid. No.121967). The depend-
ence of the critical load on the concentration of polyisobutylene, the effect of the
molecular weight of the polyiedbutylene on the wear-resistant properties of the oilsj
band the temperature dependence of the latter were studied. The experimental results
are presented in-graphs and tables.(see Fig. 1). It was found that the addition of
polyisobutylone improved the.lubricating properties of the oils, the effect being
more pronounced the lover the molecular weight of the additive.* The protective
action of polyisobutylene decreased with increasing temperature. It is suggested
that the additive improves the lubricating properties of the oil by forming a pro-
tective film on the frictional surface.
Card- umt 541.6:66.022.37:665.521.5

ACC NRs moom
1 load
Fig. 1. Dependence of critica
7
(P v kg) on the concentration
or
of polyisobutylone in the oil
k0-000
Ot
A
4. 8 .8 to.
Orig. art* Last 2 tables and graphs,
SUB COM n/ SUEM DATE t non 9/ ORIG REF: 008/ OTH REF: 004
2/2

7
L 24825-0 h'WT(m)/r
ACC NR: AP6010831 SOURCE CODE*. UR/0065/66/000/004/0049/0052
AUTHOR: Kichkin, G. I.
.26
ORG: none
TITLE: Foaming in lubricating oil,/(
;SOURCE: Mimiya i tekhnologiya topliv i masel, no. 4, 1966, 49-52
iTOPIC TAGS: lubricating oilo foaming, lubricant viscosity
!ABSTRACT: The effect of certain factors on foaming in various lubricating oils
!whose viscosities ranged from 4 to 3250 ceintistokes was studied under laboratory
!conditions. Foaming was determined in a cylindrical glass vessel 50 mm in diametert
land 370 mm high by blowing nitrogen at the rate of 4 1/min through a 100 ial layer oi
loil. A compiex relation sras found to exist between foaming and the oil viscosity.
!From 4 to 128 cSt there is a decrease in foaming with increasing viscosity; from 128---.-,
Ito 325 cSt, foaming increases to a level about 12% hikher than that observed in oill
with 4 cSt and as the viscosity rises further, foaming again decreases. In magni-
itude of foaming, low-viscosity-distillate oils (MK-6, MK--8, industrial 1a) are
lCard UDC:--..665.521.5,,--~6t.061).B.I

L 24825-66.
NR: AP6010831
equivalent to MT-16 MK-22, MS-34 high viscosity residual oils. In contrast to
foaming, the lifetime*of the,foam is related to some degree to the viscosity of theI
lubricating oil. The curve of foam lifetime vs oil viscosity is S-shaped. For the
same viscosity of different oils,.the foaming and foam lifetime are practically the 11
same. With rising oil temperatures foaming increases (faster in low-viscosity
oils), whereas foam lifetime decreases.. At about 950C, the foam lifetime of all the!
oils is about the same and does not exceed 2 min, Antifoaming additives in concen-
trations from 0.01 to 0.0005% are very effective Independently of the viscosity of
the oil and its temperature. Orig. art. his: 6 figures.
SIM WDE: 1l/ SUBM DATE:' 00/ BEr, ooo/ OTH RER: 005
'V~
%

KICHKIN,1.1., inzhener
using radioactive isotopes for saturation control of dredged
material. Rech.transpA4 no.9:29-31 S155. (MIRA 8:12)
(Radioisotopes) (Dredging machinery)

KICHKIN. I.I., inzhenor.
The use of radioactive isotopes in river transportation. Roch.
transp. 14 no.11:12-16 N 155. (HLRA 9:2)
(Radioisotopes-Iadustrial applications)(Metals-Testiag)

Subject : USSR/Engineering AID P - 5088
Card 1/2 Pub, 128 - 17/26
Author Kichkin,,,,1. 1., Eng.
Title Thermal electric-spark treatment of machine parts
Periodical : Vest. mash. 5, 65-68, MY 1956
Abstract : The electric-spark method for Improving the wear
resistance of machine-part surfaces is widely used in
industry. However, the surface layer developed by this
process is extremely thin and easily subjected to
deformations. For this reason carbon-steel and cast-
iron machine parts, exposed to abrasion, should not be
treated by the electric-spark process. The author
recommends a combined method to be used for these
machine parts. He calls this process "thermal electric-
spark method" - The hard surface layer, obtained by the
electric-spaK process, receives afterwards a brief heat
AID F - 5088
Vest. mash.j 5, 65-68, my 1956
Card 2/2 Pub. 128 - 17/26
treatment by an electric are. The first operation
produces a thin rust-proof surface. The electric-arc
treatment changes the structure of the metal and a
second layer is obtained. This increases the wear
resistance-of machine parts. The process 15 described
and illustrated by diagrams.
Institution : None
Submitted : No date
K'I 0- VA K_ I N I I - I I

jilt 1], V.yo., I*Utl.(,-,.
contl,u,;
vy
port, i -kY)

ROZENBLAT, Gr--`goriy Borluovicti~ FOD11RUZIMIKOV, VutjilJ.y IV.M0vI.-h;
-KIGHKIN, Viktor Vasi,1-1yevich; LOBASOV, Ifflhai.1 Petrovich;
la~iiidil,,-Alr.--e~-k,s--,a,n-4d*,-,r fiioI'a'y'ev-iah.-, ZAVOZIN, L.F., ved. red.
Me USB--2m high-speed plow) Bystrokhodnaia stnigovaia usta-
novka USB-2m. 1.1csk-va, Nedra~ 1965. 136 p. (Min IS: 8)