SCIENTIFIC ABSTRACT V.I. CHERNIKIN - A.A. CHERNIKOV

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308510018-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GALIMIN, Z.T.; CHERNIKIN, V.I.
H.vdrau]Ac calculation for asbestos-cement gas pipelines. Izv.
vys. ucheb. zav.; neft' i gaz 4 no.11:65-70 161. (MIRA 17:2)
1. Moskovskiy institut neftekhimicheskoy I gazovoy promysblennosti
imeni akademika I.M. Gubkina.

BELOUSOVp V.D.,-'G~LIULLINp Z.T.;,CHERNIMP V.1-
if
Optimum parameters of multiple-thread gaj pipelines. Gazprom. 6
no.3:34-37 161. kNIRA 14:3)
, (Gasp Natural-Pipelines)

TSIMBLER.0 Tu.A.; CHERNIM, V,I.
Evaporation losses of petroleum products during drainage of
underground tanks.,Neft. khoz. 39 no-3:60-63 Mr 161.
. (MIRA 16:7)
(Tanks)

KARIMOV, Z.F.; CHERNIKIN,,-V,I..
Using separators in batching. Neft. khoz. 39 no-4;5"0 A
161. (MIRA l4sZ3
Petroleum-Transportation)
parators (Machines))
t

BLEYKEER, E.M.; CHERNIKIN, V.I.
Regulating the operation of a pipeline during the shutdown of
intermediate centrifugal stations. Neft. khoz. 39 no.11:56-60
N '61. (MlRA 14:12)
(Petroleum--Pipelines)

ASATURYANO A.Sh.; GALIULIMI, Z.T.; AGIMUMI V.I.
Nonsteady flvw of dropping liquid in cylindrical pipes.
lzv.vys.uoheb.zav.; neft' i gaz 5 no.2.-87-93 162. (MM 15:7)
1. Zaporozhakiy mashinostroitellnyy institut i Moskovskiy
inatitut neftekhimicheskoy i gazovoy promyshlennosti imani
aketdomika 1.14. Gubkime
(Pipalines-Hydrodymmios)

KARIMOV, Z.F.; GIW41=N, V.I.
Consecutive piping using spacers for petroleum and petroleum products
having shear stress. Izv.vys.ucheb.zav.; neft' i gaz 5 no.8:92-91+
162. (MIRA 17:3)
1. Moskovskiy in~titut neftekhirAchesko.., i gazovoy promyshlennosti
im. akademika I.M.Gubkina.

BOBROVSKlYp S.A.; CHERNIKIN., V.I.
Temperature conditions in gas pipolinos. I:;v. v-,,,,,. ucheb. zav.
neft' i gaz 5 no.10-89-94 162. (MIRA 17: 8)
1. Moskovskdy institut neftekliL-rielieskoy i gazovoy promysh-
lennosti imeni akademika Gubkina.

KARIMOV, Z.F.; CHERMIaNp V.I.
Using d~yiders in consecutive pipelining of bright petroleum
products. Neft. khoz. 40 no.3249-63 D 162. WIRL 16-.7)
(Petroleum pipelines)

CHEMNIKIN, V.I.; SHCH1.1WAKOV, S.G.
..", 7~-- -.;- - 4f! ~ -- -; I
Remote daterminntiQn of locations of accidents in petroleunij
products pipelines in mountainous regions. Transp. i khran
nefti pt c no.2tO-7 163. jHM 27:10)
1. Mfoskovskiy ordena Trudovogo Krasnogo Znameni institut neftekhind-
cheskoy i gazovoy promyshlonnosti im. akad. Gubkina.

ACCESSION 11Rt AR4034737 G/0l24/64,/0O0/0O3/Bl10/B110
''~OURM -Refs zh. Mekhan. Abu* 3B617
AUTHORs Abuzova, Fe Fat
TITLEt
Losses from evaporation from underground reservoirs with a oross-seation
constant in height
CITED SOURM Tro No-io in-t po transpo i khraneniyu. nefti i nefteprodulctov.
vv*p. 2, 1965, 162-185
I~TOPIC TAGS: hydromeohanios, diffusion, gas storage, petroleum storage, Stefanovski.V
!flow, atmospheric storage tank
!TRANSLATION& The influence of Stafanovskiy flow on the dfatribution of ooncentra-
,'tion of vapors of a product in the gas space of an underground atmosph io reservoir;
i I OUat errors
i-is given. A comparison of the results obtained with experiments shows
connected with omission of Stefsnovskiy flow can amount to 100%. The curves of
determining the concentrations without counting Steranovskiy flow give a lowered
concentration at, any point of the gas space. Curves including calculations of
Stafanovskly flow ooinoide satisfactorily with experl=ntal data@
"'tard-
-2
r

TONKOSHKUROV, B.A.; CHERNIKIN, V.I.; SVIRIDOV, V.P.
1~ .... ...
Design of heat excliangers for viscous petroleula products. Tranap
i khran.nefti no.6:18-23 163. (MIRA 17M
1. Nauchno-issledovatellskiy institut po transportu i khraneniyu
nefti i nefteproduktov i Moskovskiy inatitut neftekhimicheskoy i
gazovoy promyshlennosti im. akademika Gubkina.

SHCHERBAKOV, S.G*; CHERNIKIN L. V.I.
--,, ~ -
Investigations of petrolown-products temperature fields in
vertical cylindrical contaAners. Transp. i khran. nefti
no.9:27-34 163. (MIRA 17:1)
1. Moskovskiy institut neftekhimicheskoy i gazovoy promyshlennosti
im. akademika Gubkina.

YASIN, E. M.j MW~KIN, V. 1.
-----------
Calculating cylindrical tanks for stability.
Tranop i khraA nefti no. 11:14-17 163. (midi 17: 5)
aly institut po transportu-i khYmmoiju
'LYZ~nl-nieslle'pr"ovolutti;a; Moskovskiy ordena Trudovogo Kmsnoge'
a F
--rnameni Institat neftbkhtmicheskoy i gazov" promyshlennosti
imeni akademika I. M. Gubkina.

', 1.
CHERNIKIN~ V.10; NDMROVp A.G.; BLEYKM, E.M.; SICHERBAKOV, S.G.
Graphoana3jvtI,=1 calculation for the regulation of the
ewitrifugal Vmping stations of petroleum product main pipe-
31nes. Trudy MINKUGF no-45.-212-133 263. (MMA 3.6; 7)
(Petroleum products-Trans ortations)
(Petroleum pipelineS3

- -,A.
KARIKOV, Z.F.;.~ Mi _i4.
Technology of a successive transfer of petro7Laux products
in the same pipeline. Trudy MINKHiGP no.45:149-154 163.
(MIRA 26:7)
(Petroleum products-Transportations)
(Petroleum pipelines)

ABEDLI GANI, A.Sh.; CHERNIKIN V.I.
In erpaaing the capacity of pipelines for transporting non-
Newtonian petroleums. Izv. vyB. ucheb. zav.; neftt i gaz 6
no.2:75-80 163. (MIRA 16:5)
1. Moskovskiy inatitut neftekhimicheskoy i gazovoy promyahlennosti
imeni akademika I.M.Gubkina.
(Petroleum--Pipelines)

BOBROVSKIY, S.A.; CHERNIKIN, V.I.
Using consecutive changes in steady states for solving problems of
unstable flow in gas pipelines. Izv. vys. ucbeb. zav.,- neft' i gaz
6 no.2:87-91. 163. (KMA 16:5)
1. Moskovskiy institut neftekhimicheskoy i gazovoy promyshlbnnosti
imeni akademika I.M.Gubkina.
(Gas, Natural-Pipelines)

EELOUSOV, V.D.; GALIULLIN, Z.T.; CHERNIM, V.I.
1---l- . ..... - - ,
Optimum parameters of gas mains. Trudy MINMOF no.45:3-11
163- (MIRA 16:7)
(Gas p*s)

GRACHEV, V.V.; GALIULLINv Z.T.; CHERNIKIN, V.I.
Operation of gas mains without compressors. Trudy MINKHiGP
no.45:12-18 163. (NIRA 16:7)
(Gas pipes)

GALIULLINS Z.T.; CHERNIKIN, V.I.
Most advantageous diameter for loopings and insertion
pieces on main pipelines. Trudy MINKHiGP no.45:34-39 163.
(MIRA 16:7)
(Fbtroleum pipelines)

NERUDROV, A.G.; BFIOUSOV, V.D.; CHEMIKIN, V.I.
Regulating the operation of gas mains with gas engine
compressor stations. Trudy MINMGP no.45:139-148 163.
(MMA 16:7)
(Gais pipes) (compressors)

GALIULLINp Zagid Talipovich; CHEMIKINX Vadim l7anavich) NOVIKOVA,
M.M., ved. red.
[Now methods for designing oil and gaB plpelineS] NOVye me-
tody proektirovaniia gazonefteprovodov. Moskva., Nedrap
1964. 130 P. (MIRA 18:3)

- I I I- ~ I . - I- - . -E
ASATURYAN) A.Sh.; qHIqIjIKINj * * (Zaporozhye)
__Yj
"The movement of immiscible liquids of different viscosity in
cylindrical pipes"
report presented at the 2nd All-Union Congress on Theoretical and Applied
Mechanics, Moscow, 29 January - 5 February 1964

ABUZOVA, F.F.; _CIIERIIIKIN, V.I.
Calculating losses from evaporation from underground tanks
operating under pressure. Trudy NIITransneft' no-3:3-17 164.
(14IRA 18- 2)

VAYNER, M.I.,, TSIMBLER'Yu.A.; CHERNIKIN V.101.#- Prinimah uchastiye:
RAKOVSKIY, VI.A., Studeni2~~~~IAROV, G.I., student-
diplomnik; MIIISYXR, I.D.; OTROSHCHENKO, G.P.
Experimental investigation of the evaporation of gasoline from
a deepened reinforced concrete tank. Transp. i khran.nefti i
nefteprod. no. 3:23-28' 164, (MIRA 17:5)
1. Vsesoyuznyy nauchno-issledovatellskiy institut po stroitell-
stvii magistrallnykh truboprovodov, Spetsiallnoye konstruktorskoye
byuro "Transneftlavtomatikall i Mookovskiy ordena Trudovogo Krasnogo
Znameni institut neftekhimicheskoy i gazovoy promyshlennosti imeni
akademika I.M.Gubkina. 2. Moskovskiy ordena Trudovogo Krasnogo
2%ameni institut neftekhimicheskoy i gazovoy promyshlennosti imeni
akad'emika I.M.Gubkina (for Makovskiy, Zakharov). 3. Vsesoyuznyy
nauchno-issledbvatellskiy institut po stroitel'stvu magistrall-
nykh truboprovodov (for Minsker., Otroshchenko).

DONEISP K*G.; Vol.
El,welopmen-, ,-' ';teci L-31-Lou.- -I- col-f~ecutdi"j Trdrisp.
i khran. xiofti J- nefteprod. nc-5:3-9- UNPA 17:8-)
1. Llvovskiy politekhnichesh-iy
Trudovogo Fxasiiogo Znameni ins-'-tut i anzovoy
promyshlennost-i im. akademika

STRYUK, !.S.; OffERNIKIN, V.I.
-, '- --c- ~-- '4~-
Investigating the heat and Irydraulic regimes of heat-insulated
pipelines. Transp. i khran. nefti i neftpprcd. no.7:3-6 164.
(MM 17:8)
1. Moskovskiy ordena Trudovogo Krasnogo Znameni institut
noftekhimivheskoy i gazovny promyshlennos'tJt I'm. akademika
Gubl-ina.

BLEYKRER, E.M.; POLISKIY, S.M.; CHERNIKIN, V.I.
Determining the optimal number of pouring devices in distribu-
tion tank farms. Transp. i khran. nefti. i nefteprod. n0-7310-13
164. (MIRA 17:8)
1. Moskovskiy ordena Trudovogo Krasnogo Znameni institut
neftekhimicheakoy i gazovoy promysblennosti in. akad. Gubkina
i Vsesoyuznyy institut nauchnoy i tekhnicheskoy informatsii.

ABUZOVA, F.F.; GHERNIKIN, V. 1.
Distributi.on of concentrations in pumpir,L: P proaac-t from a deep
reservoir. Tramp. i khrun. nefti i neftej%---`. 164.
(MIRA 17:8)
1. Nauchno-issledovatelic,'Kiy in-titIt po tre.-:cp.:i-.-tkj 1 khraneniyu
nefti i nefteproduktov i Moshovskiy ordem, Trudovogo Krasnogc)
Znameni institut neftekhiviuhos~oy i gazovoy prcmyf~hlennosti im.
akad. Gubkina.

ANDRLYZEVA, E.M., CHEI.UiTKIN, V.I.
Heat inteferenne of underground reservoirs deep im the g-round. Transp.
i khran. nafti i nefteprod. no.8.21-23 164. OURA 17 - 9)
1. Ibskovskiy ordena Trudovogo Krasnogo Znameni institut neftekhimi-
cheskoy i gazovoy prorayslilennosti im. akad. Gubkina.

KASPFROVIGHY V.!','.; CAIERNIKIN, V.I.
Experimental investigation of the removal of water from
petroleum products pipelines. Transp. i khran. nefti i nefteprod.
no.12:6-9 164. (MURA 18:2)
1. Moskovskiy ordena Trudovogo Kra,,;nogo Znumeni institut
nefteb.himicheskoy i gazovoy prokyshlennosti Im. akademiku
Gubkina.

DONETS, K.G.; CHERNAIKIN, V.I.
Flow discontinuity in the consecutive pumping of various petroleums
or petroleum products along one pipeline. Neft. khoz. 42 no. 5t
60-65 My 164. (MIRA 17t5)

KORNILOV, G.G.; CEERNIKIN., V.I.
Hydraulic calculation of pipe1ine for gas-liquid mixtures. I-left.
khoz. 42 no.8:51-55 Ag 164. (MIRA 17:9)

TOROCHKOVP I.M.; CHERNIXINV V.I.; KELLER, A.A.; MTSKIN, L.A.
Transportation and storage of petroleum and petroleum products.
Neft. khoz.-42 no.9AOX24-30 S-0 164. (KRA 170-2)

KASPEROVIGHP V,K.,? K~~
Experimental investigations of t~,e remwral of' air from petroleii-n
products pipelines. Transp. i khran. nefti i naftepr-od. no.li7-10
165. !MIRA 1-8-4)
1. Moskovski7 ordena Trudovogo Krasnogo Znameni institut neftekhI.Michaskoy
I aazovo.v promyshlennosti Im. akad. GGubkIna,

7
YASIN., E.M.; Y..-Y'O CHERINTKU'i, V.I.
jbility of bands in underground pipelines. Transp. I k-h-ran.
nefti i nafteprod. no.6:3-6 165. (MIRA' 18;8)
1. Ingtitut po transportu i
IQ-xaiien-,Yu neft--' i nefteproduktov .; crder-a
Tru--Jovogo Yra,-;P-ogo Znameni institut. neftakhimicheskoy
i gazovoy promysWermosti 1-n. akud, G-qbkina.

KAZUBOVY A.I.; SHCHEMKOV, S.G.; CHMNIK IN, V. 1.
Pipeline transportation of viscoplaatic high-W petroleuma requiring
heating, Transpe i khran. nefti i nefteprod. no#70-7 165. (MnU 180)
1. Moskovskiy ordena Trudovogo Krastogo Znameni institut neftekhimicheakoy
i gazovoy promyshlennosti im, akad, Gubkina*

YASINY E.M.; RASHCMPKIN, K.Ye.; CHERNIKIN,.V.I.
Stability of pipeline bends laid in fills. Tramp. i khran. nefti i
nefteprod. no.7:7-11 165. (MIRA 18:9)
1. Moskovskiy ordena Trudovogo Krasnogo Znameni institut neftekhimi-
cheskoy i gazavoy promyshlennosti im. akad. Gubkina i Nauchno-issledova- ---
tel'skiy institut po transportu i khranenlyu nefti. i nefteproduktov.

KAZUB011, M.; SHCHERBAKOV, S.G.; CHER111KIN, V.I.
increasirg the capacity of pipelines transporting Mangyshlak high-
pa-raffin petroleums. Transp. i khran. nefti i nefteprod. no.8:3-5
165. (MIRA 18:9)
1. Moskovskiy ordena Trudovogo Krasnogo Znameni Institut nefte-
khimichaskoy i gazovoy promyshlennosti im. akad. Guhkina.

ANDRIYEVA, E.M.; CHEYdIlKIN) V.i.
Heat interference of underground tanks deep in the ground. Izv.
vys. ucheb. zav.; neft' i gaz 8 no.2:89-92 165.
(!~Rjt
3)
1. Moskovskiy institut neftekhimichoskoy
im. akademika I.M. Gubkina.
18:
gazovoy promyshlennosti

ANDREYEVA, E.M.; CHERNIKIN, V.I.
Heat interference in a network of underground reservoirs. Izv.
vys. ucheb. zav.; neft' i gaz 8 no-3:85-89 165.
(MIRA 3P:5)
1. Moskovskiy institut neftekhimicheakoy i gazovoy promyeblennosti
im. akademika Gubkiaa.

ASATURYANV A.Sh.; GERASIMOV, Yu.A.;
Efficient hydraulic transport of viscous and highly-viscous
petrolowns, Izv. vys. uohob. zav.; neft' i gaz 8 no.4%83-
87 165. (MIRA 18!5)
1. Zaporozhskiy mashinostroltellnyy institut im. V.Ya.Chubarya
i Moskovskiy institut neftekhimicheskoy i gazovoy promyshlennosti
im.akad. I.M.Gubkina.

WETSAYEV, R.M.; CHERNIKIN, V.I.
Pornnation of hydrat6s in liquefied hydrocarbon gases. Gem.prom. 10
no.5:36-40 165, (MIRA 118:6)

DOYETSI, K.G. I;-S~~~RNTFI ~~
Di6ruptione 1 -n liquefied gau fl.ryw In pipelinea. Gaz. prorno 3.0
nc.6341-44 t65. (YM4, :LS:6)

YASIN, X.ye.1 CHERNIFIV, V.I.
hii.-jatance of underground pipelines under temperature influences.
Strol. truboprov. 10-no.Q,-.7-12 S 165. (MIRA 18.-9)
1. Bauchno-issledovateltakiy inatitut po transportu i khranep-iyu
nefti i nefteproduktovp Ufa (for Yasin, Rashchepkin). 2. Moekov-
akiy ordena Tradovogo Krasnogo Znameni Institut nefteklimicheskoy i
gazovoy promysh-lonnouti Im. akad. Gubkina (for Chernik1n).

STRYUK, I.S.;,",CHERNIKIN, V,I,
0;~ r ''
Op'.1mal temperature or the heating of viscous liquids when
pumping through pipelines. Neft. khoz. 43 no.3:70-73 Mr 165.
(MIRA l8t6)

CHERNIKIN_ Ye-M.
Cobra In western Turkmenia. Priroda 51 [i.e. 521 no.5:215-116
163. (HIM 16:6)
1. Severo-Kavkasskoye otdelaniye nauchno-iseledovatellskogo
Illstituta zhivotnogo a7rlya, in pushniny, Krasnodar.
(Turkmenistan-Snakes)

CIORRIKIN, VaOMO
l,"nt,pring of the snjp~,
J. I -A ,! 2 til r -1 It . -'a -i~Annr)n -,
OrnitologilLa no.6,481-4 1113. 171.61,

CHIJiMl,,IN It's-',A' a
.......
'8kc,~r,gy of Vamchatkun ".a -;agle (lblinrlitins palaglaus Pal-100
tr-nilhologiia no*7&2r2--,275 165, (MIRA 18210)

ANIKANOVA, K.F.; RMS, G.R.; ZHKKOVA, V.G.; KOMSXikU, N.F.; KARMIN, B.K.-,
PRISS, L.S.; REZNIKOVSKIY, N.M.; CHMMKINA, L.A.; SHTM, Ye.B.
Structural and characteristic similarity of Soviet SM polyusoprene,
rubber and natural rubber. KauchA rez.no.1:4-14 Ja '57. ()MR& 10:2)
(Rubber-Synthe tic)

COERN I KkN A,
a" d
addiM dye to t nt the molor ww checking the
", =X=I. By ON of Lmlectric equip-
tTsjwtim pow I , nwAs saamuic
mat, 6A mwtwg of: I Cm 9:0
of "tbltl
.tbraGO the Una is comPs"
the"
. =dd R. IL CLAkK9.

IVAtW., S.Z.; SAPRONQVI,.A.R.;,.GHEMKINA,.V.G.
a
the-chro&tIalty-of frugar
produats.-'S*)$~~Jir=.'37 163. (MM 16:12)
1. Voronezhs)d7."tikhnologicheskiy instiiut.

GHMMKHOV, Ya.A.; LUXITANOT, V.P.; KOZLOVA, A.B.
Ed aaw -
Analytical cbemistry of tborium. Report No.2: Chelatometric
determination of tborium in monazite concentrates following its
separation on the IM-2 cation exabanger. Zhur.anal.kbim. 15
no.4:452-454 Ji-Ag 160. (MIPA 13:9)
(Tharium--Analyeis)

q~jKo~V,Ale~ksey A~Jeksey~eviqh, kand.tekhn.nauk~ dotsent
- I
Constructiun of equivalent networks 'Lor circuits with periodically
varying parameters. Izv. vys. ucheb. zav.; elektromekh. 6,no.3.-
341-.349 163. - (MIRA 16:5)
1. Kuybyshevskiy in4iuitxiaI-'xW institut.
(Equivalent circuits) (Electric networks)

CHERNIKOV, A.A., kand.tekhyi.nauk, dotsent
Effective equivalent.direWitt *f zero-sequence with coupling transfomers
for overhead clo"-rd,hang pove-r transmission lines. Izv. vys. ucheb.
U 19 D 163.
zav.; energ. 6 no.lit - (MIRA 17:1)
1. Kujybyshev~kiv ~~'
dlitakhnichesUy Institut kmi V.V.Kuybysheva~ Fred-
stavlena kafodroyikb~4ibheskikh sethy Isistem.

CWRNIKOV.. A. A.
Dissertation: "An Investigation of the Process of Dielectric Strength ReBtoration in
a Gap Between the Contacts of an Air Circuit Breaker." Cand Tech Sci, Moscow Power
Engineering Inst., Moscow., 1953. (Reforativnyy Zhumal--Fizika--Moscow, Apr 54)
SO: SU14 243, 19 Oct 1954

CMNIKOVs A&As-
T~iee years experience with student work teams. Politakh. dbudb.
uoe'7:23-30 JI 1580 11:8)
1. Zavedi7w6chly Stxvropolleld-s krayevym otdolom narodnogo
abmsoymiyao .I
(Field work Mucatioma method)) (Aducation. Cooperative)

CHERNIKOV Anton Maricb; MANEVSM , A.D., red. izd-va; NAZAPOVA, A.S.,
tekbn. red.
(Student brigader m-awIlective and state fams of Stavropol Tero-
ritory] Uchenicheakie brigady v kolkhozakh i sovkhozakh Stavropollia.
Moskvat Tzd-vo "Znaniep" 1961. 45 p. (Vsoooiuznoe obahchestva po ras-
prostranebliu politicbeskikh i nauchmykh znanii. Ser.21, Pedagogika,
no.15) (MIRA 14:10)
1. Chlen kollegii Ministerstva prosveshchaniya RSFM (for Chernikov).
(Stavropol Territory-Education., Cooperative)
(Stavropol Territory-Agriculture)

C,0CzRN1K0V,A.,j - PHASE I BOOK EXPLOITATION 982
Voprosy geologii urana (Problems in the Geology of Uranium) 159 p.
(Series: Atomnaya energiya. Prilozheniye, 1957, no. 6) 7,000
copies printed.
Resp. Ed.: Konstantinov,, M.M.; Tech. Ed.: Usachev, G.L.
PURPOSE: This book is of interest to uranium exploration specialists
. and geologists studying associated minerals.
COVERAGE: The present collection of 12 articles by different authors
discusses the genesis of uranium deposits, uranium mineralogy, and
methods of research and analysis used in evaluating ores. Several
new minerals are described and a review of aerogeophysical exploita-
tion in the United States, Canada and Australia is given. The arti-
cles are accompanied by diagrams, tables, photographs, and biblio-
graphic references.
Card 1/3

Problems in the Geology (Cont.) 982
TABLE OF CONTENTS:
Editorial
4
Karpenko, V.S. Metamorphic Processes in Uranium Ores 5
Getseva, R.V. Characteristics of Sedimentary - metamorphic Genesis
of Uranium Mineralization 20
Nekrasova, Z.A. Problems of the Origin of
in Coals
Polikarpova, V.A. New Data on Nenadkevite
Nekrasova, Z.A. Ammonium Uranyl Phosphate
Chernikov A.A. Krutetskaya, O.V., and SLdel'nikova,
a New Uranium Silicate
Card 2/3
Uranium Mineralization
37
55
Hydrate (Uramfit) 67
V.D. Ursilite-
73

Problems in the Geology (Cont.) " ' 982
Chernikov, A.A. Conditions for Sodium-otenite Formation 78
1---------------
Sidorov, G.P., and Rafal'skiy, R.P. Hydrothermal Synthesis of
Uraninite 83
Ambartsumyan, Ts.L. Thermal Testing of Some Uranium Minerals 86
Shashkin, V.L., Shumilin, I.P. Radiometric Method of Determining
Uranium Content in Samples 127
Shashkin, V.L.J, Shumilin, I.P., Prutkina, M.I. Relationship
between the - and Radiation in Natural Radioactive Ele-
ments 137
Ter-Oganesov, Ya.G., Gvayta, T.I., Roshchin, Yu.V., Zubova, V.I.
Methods of Techniques of Aero-geophysical Surveys of Uranium
Deposits in Foreign Countries 147
AVAILABLE: Library of Congress
Card 3/3 MM/sfm
1-12-59

C k

AUTHOR CHERNIKOV 89-M/26
,; A.A. MUTrTSKAYA, O.V -, ORGANUVA, N. I
,TITLE Sodium Autenite.
(Natrontenit) - `nr4 gian' )
PERIODICAL AtomWa i;nertiya,1957, Vt;l 3, Nr 8, PP 135 140 (U.S.S.R.)
ABSTRACT In 1953 a new mineral was found in a Russian mountain massif- a
hydrous sodium -uranium phosphate. The mineral belongs to the
group of uranium micas, and is closely related to autonite with
respect to its properties. The following experimental data con-
cerning the new mineral are availables
a) Chemical compositions

"
U08 6199 -a. 62,53% cc 0 24
P
1
6
1
6
8
%
#
2
0
5,5
4,
9
Mg
,43 %
8
Na2
5,62 4 6188% A1203 0,32 %
CaO 122 + 0,14% Fe20 0,97 %
S102 .1,6 H20 43,o7 * 14,84 %
b) Stoichiometrio formulas Na2(UO2)2(PO4)28H2O
c) Specific weight, 3084 g/cm3
d) Crystal lattice spacing: a a 607 o/
1
24
a -
.
5
a - 8,69
(3 tables, 2 illustrations and 6 Slavic references).
Card 1/2

Sodim Autenite.
ASSOCIATION Not Given.
PRESENTED BY -
SUBMITTED 25.2-1957
AVAILABLE LibrarY Of Congress.
Card 2/2
89-M/26

cOBWIKQV,-"; FOPOVSKAYA, T~.L.; IMTEROVA, YU.S.;'ORGANOVA, N.I.
I
.Wulfenite containing uranium. Zap.Vees'.min.ob-va, 89 no.Z:
18o-i86 l6o; lk ~ (MIRA 13:7)
1. Inst ologii rudnykh mestoroxhileniy, petrografii,
mineralVjO-:geokhizii AN SSSR, Moskva.
9Ofulfenite) I Nranwm) . .

CHERNIKOV, A.A.
Supergene zoning in sulfide-uranium deposits and the cause of
their origin. Trudy IGEM no.70:162-181 162. (KRA 150)
(Uranium ores) (Sulfides) -

EPA(s)-,2* /EWT(a)/EPY(n)-2/T/EWP(t)/EWP(b)/EWA(c) Pu-4
HE i=-6~4jVH/ES/JD/WW/JO
4
AM.5014902 BOOK EXPLOITATION UR/553.061046*79 T
[Batulin. S. 0.; Colovin YR. A.; Zelenovai 0. 1.; Kashirtsev M.
G. V.- Ko
4-17 -M-1 K-0-- . . ... eva. I. A.1 Unitain, A, Per
A. I ; Sindel nikova, V. D..; Chernikov.-A.-Ag-,; Shmariovich. YS. M.
Exogenoua epLgenstic deposits of ursoluml formation conditions
(Ekzoncnu-yye epigensticheskiye mestorozhdaniya urana; usloviya
obrazovaniya). Moscow, Atomizdat, 1965. 321 p4 illu.se, biblio.,
Errata slip inserted. 1100 copies printed.
TOPIC TAGS: deposit formation, apigenetic theory, exodLagenctic
deposit, surface uranium accumulation, uranium bituminous depas i tj
uranium deposit, uranium, nuclear fuel.
-1URPOSZ-*A1;D COVERAM This book is intendedfor readers specializing,
in the geology of ore deposits, in particular for those concerned
with atomic raw materials, and also for students of higher-oduca-
tion'institutL6ns. In the book, for the first time in Soviet and
foreign literatures, the apigenetLc theory of urouLum-depoett
formation 1i expounded. Many Soviet and f6roign source materials
LC-a rd

-50190,-65
W5014982
have been used in this booki and some of the investigations
carried out by the present authors'are published in this book for
the first time. Several names of Soviet scientists vorking in
this field are mentioned. V. A. Uspenskiy collaborated on Ch. X,
and H. A. Vioulkina,on Ch. 111. The authors
deceased, Corresponding Member Academy of Science a USSR, and
F. I. Vol'foon, D. C. Sapozhnikov I V. 1. Corasimovskiy, H. F.
--ajxjiWu, G. ~- Gritpayonk , and 1. P. Kushnarev, Doctors of
Goologice.-Hineralogic Scienceel V, 1. Danchav, Candidate of Can-
logico-Mineralogic Sciences, and N. A. Volokov kb. There are
about 12 pages of references of vhich about 37~4%3ra Soviets
TABLE Of IZOHTENTS (ibridged]i
Inirodnetion --~- 4
Ch. 1. SpIgenetic processes In'byperganst 0 son* 9
Ch. II.. Chemistry and crystallocheniscr of uranium compounds 22
;ard-2 / 4

AH5014982
Ch. 111. Ausociations of nonoxidized uranium minerals in
epigenetic deposits,-- 37
Ch. IV. Uranium in'surface and ground waters 48
Ch. V. Uranium in stratal waters -- 57
Ch. VI. Classification of oxogenous uranium deposits -- 83
Ch. VII. Exodiagenette deposits (Type 5) -- 113
Ch.- V11i. Deposits of Oxygenous sheet oxidation (Type 6) 133
Ch. IX. Deposits of oxygen-free oxidation (Type 7). Deposits in
. oil-boating carbonate rocks -- 180
Ch. X. Uranium-bitualuous deposi is''in nounstamorphosed sedimentary.
rocks 213

L-50199-65--
AM5014902'
Ch. XI. On surface uranium accumulations in relions with arid
climate -- 232
Ch. XII. Zone of oxidation in apigenstic deposits 239
Conclusion 275
References 309
AVAILABLEt Library of Congress
SUB CODEJ ES SUBMItTEDI, 0.4jP*b65 NO RIF SOVI .18-a
OTHERt 118
Card 4/4

BATULIN) S.G.; GOLOVIN,
KOMAROVA, G.V.;
FERELIMAN, A.I.,
CHERNIKOVY A.A.;
Ye.A.; ZELENOVA, 0.1.; KASHIRTSUA, M.F.;
KONDRATIYEVA, I.A.; LISITSITI, A.K.;
doktor geol.-miner. nauk; SIDELINIKOVA, V.D.;
SHMARIOVICH, Ye.M.; MURADOVA, A.A.p red.
[Exogenetic epigene uranium deposits; conditions governing
their formation) Ekzogennye epigeneticheskie mestorozhdenii!i
urana; usloviia obrazovaniia. [By] S.G.Batulin i dr. Moskva,
Atomizdat, 1965. 323 P. (MIRA 18:5)

112524
S/789/61/000/036/oO2/013,
E032/E314
AUTHORS: Borovikov, A.M., Kostarev, V.V., Mazin, I.P. and
Chernikov, A.A.
TITLE: Velation between the magnitude of the radar signal
reflected from a cloud and the-cloud parameters
SOURCE: Tsentrallnaya aerologicheskaya observatoriya. Trudy.
no. 36. Moscow, 1961. Voprosy fiziki radioiokatsii
oblakov, 14 - 30
TEXT: Atlas (Journ. of Met. v.11, no.4, 1954) and Donaldson
(Journ. of Met., v.12, noo 3, 1955) have discussed the possibility
of the measurement of the liquid-ifater content of clouds by radar
methods and have concluded that this was-possible. In view of the
considerable scientific and practical'importance of the problem,
the authors undertook a theoretical and experimental study of this
subject and the results are now reported. Theoretical analysis
'showed that the strength of the reflected radar signal provided
information about the quantit
6
z n(r) r dr (4)
Card 1/3 0

Relation between ....
Since the liquid-water
4
If -
3
S/78q/6l/ooo/o36/oO2/0l3
E032/E314
content is given by
DO
3
TTI n(r) r dr
0
(5)
it follows that the relation between Z and w depends on the
.form of the particle-size distribution. Detailed examination of
known-drop-size distributions shows that w can be determined
provided there are not too many large particles.. The experi-
mental part was carried out from the aerological radar station V"
developed and built at TsAO andoperating at X = 3.2 cm. The aim
was to obtain radar data which could be compar-sd directly with
aeroplane observations. A description of the apparatus is said
to be available elsewhere rAbstracter's note: reference not givens-*
A detailed numerical table is reproduced showing a comparison
bet-ween radar observations and observations carried out from an
aeroplane with the aid of the drop-size meter developed by
Nevzorov at TsAO (c-f-;q1-'Pp- 3-11 of this issue). General conclu-
sions: strong signals (Z > 10-15 CM3) are due to large particles
Card 2/3

S/789/61/000/036/002/013
Relation between E032/1-014
so that practicallyall the characteristics obtain-ed with the radar
equipment refer only to the large-particle "cloud". Since the
presence of even a small number of such'.particles-in clouds has an
appreciable effect on the reflected signaliand since the strength
of th'e signal is very sensitive to the size spectrum, it is consid-
ered that the relation between -Z and w cannot, in practice, be
separated from the general background due to other factors, i.e. w
cannot be determined from Z alone. Thus, the "optimistic
conclusions" of Atlas and Donaldson are considered unfounded. It is
noted, hovrever,' 'that this does not mean that radar methods cannot be
used in cloud studies. On the contrary, because the radar signal
provides information about the presence and behaviour of large
particles in clouds, this opens up new-possibilities in the experi-
mental study of clouds and precipitation.
There are 2 figures and 4 tables.
Card 3/3

AUTHORSt Gorelik, A. G., Kostarev, V. V., 50-56-5-2/2o
Chernikov, A. A.
TITLE: Radar Measurement of Turbulence in Clouds
(Radiolokatsionnoye izmereniye turbulentnykh dvizheniy
v oblakakh)
PERIODICAL: Meteorologiya i Gidrologiya, 1958, Nr 5. pp 12-19 (USSR)
ABSTRACT: In recent years the possibility of a further perfection
of the method and an extension of program of the meteo-
rological observations by means of these methods of ope-
ration already introduced arose. . This development
is possible in 3 directions complementing each other:
i) Modernization of the usual apparatus according to
the objects and the requirements of the meteorologists.
2) Elaboration of a special aerological apparatus.
3) 'Determination of data on reflection-sources of sig-
nals of a meteorological origin. The above-mentioned
methods in a certain sense are inertia-like. The increase
in this property can considerably increase the domain of
employment of these methods in aerology. At the same time
it is beyond that the inertia-less method; i. e._,the ob-
Card 1/4 servations of every impulse separately, can give valuable

radar Measurement of Turbulence in Clouds 50-56-5-2/2o
additional information on the physical properties of
meteorological phenomena. Observations according to
the last method are described. The measurement mentio-
ned in the title is explained by figure 1. At the output
of the receiver a sequence of impulses of the radio-echo
(Figure 1 v) forms. For the determination of the connec-
tions between the fluctuation amplitudes of the sequence
of reflected signals and the mean square velocity of the
chaotic motions of dispersing particles the authors em-
ploy a theory which was worked out during the investiga-
tion of the statistical nature of the ionosphere (Refe-
rences 1,2). A measuring method of the velocity of the
radio signal expressed in formulae (1) - (15) is consi-
dered inconvenient by the authors. The estimation of the
velocity -Yith regard to orientation is expressed by the
formula: nA
Vs - 2AT (17)
The counting of the distinctly marked maxima during the
Card 2/4 time of observation and the multiplication with a con-

Radar Measurement of Turbulence in Clouds 5c)-58-5-2/2o
stant coefficient -k is sufficient. A block scheme
2AT
of the measuring device is shown by figure 2. Figure 3
gives recordings of the pulse-sequence. The pulses fol-
lowed each other at 1/15oo seconds distance. The de-
mands made on the apparatus mainly require that the fre-
quency of the magnetron during the observation may change
by a amount which is much smaller than-L I that means:
0
1
6f