SCIENTIFIC ABSTRACT NIKITINA, Y.V. - NIKITOCHKIN, O.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001137020020-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GAN, P.A.; DMAHATEVA, V.M.; KUNCHMIKO, A.I.; LTSOVA, N.V.; FIKITIVA,
Te.V.; PROTOPOPOV, G.F.; PRUTENSHY, D.I.; TKACHENKO, V.I.;
ANOMINA. M.G., tekhn.red.
(Trees and shrubs of Kirghizistan] Derev'ia i kustarniiki
Eirgizii. Frunze. No.l. (Gymnosperms] Goloseimnnys. 1959.
119 P. (KIRA 13:2)
1. Akademiya nauk Kirgizekoi SSR, Frunze. Institut botaniki.
Sektor lesa.
(Xhirghizistan-Gymnosperms)

RULT11A. To.T.,-_.ATDAROVA, R.A.; UBUKIMA, A.U.; TMODTS",
otv.red. SOROMBATMA, N.V.. red.izd-va; ANCKHINA, K.G.,tekhn.red.
EZarly spring plants of lirgkxizistan; key for the identification
of plants of the agricultural zone] Hannevesennie resteniia Kirgizii;
opredelitell rastanii zenledellcheskoi zony. Soot. I.T.NikItIna,
R.A.Aiderova i A.U.Ubebme-ra. Frunze. 1960. 111 p.
(HIM 13:7)
1. Akadenlya nauk Kirgivskoy SSR, Frunze. Inatitut botaniki.
(Kirghisistan--Botany)

VIKITIMA, re.T.; MHAMAYSTA, T.M.. otv.red.; SOROMAYNTA, M.T., red.
izd-va; AROKHINA, N.G., takhm.red.
(Katerials on the flora of the northern slope of the Kirghiz
Ala-Tau) Kateriely po flora severmogo sklosa khrebta Kir-
gizakii Ala-Too. Praise. Isd-vo Akad.mailk Kirgizakoi SSR,
1960. 146 p. (KIRA 13:7)
(Kirghiz Range--Botany)

KRIVOSHEMA, L.S.,, starshiy nauchnyy sotr.; POTOTSKAYA, YU.S., mladshiy
naucbnyy sotr.;A:~kITINAj_Ye.V.p otv. red.; VOZhEYKO, IN., red.
izd-va; ANOKMA, 14.G 'I teiki.- - red.
[ornamental perennials in Kirghizistan] Dekorativnye mnogoletniki v
Kirgizii. Frunze, Izd-vo P14 Kirgizskot SSR, 1960. 181 p.
(MIRA 14:11)
(Kirghizistan-Peremials)

AYDAROVA, R.A.; KASHCHESKO, L.I.; MUMMA, A.U.;
POPOVA, L.I.; TKACHUKO, V.I.; GOLOVKOVA. A.G.. SHPOTA, Ye.I.:
FMATOVA, H.S.; SHARASHOVA, V.S.; YVZDBNSKIT. A.I., nauchnyy red..
TTKHOMSZV, I.V., red.; ANOMINA, K.G.. tekhn.red.
(Flora of the Xirghiz S.S.R.; key to the plants of the Kirghiz
S.S.R.3 Flora Kirgizekoi =; opredelitell rastenii Kirgizakoi
SSR. Sosti E.V.Nikltins i dr. Nauchn.red. A.I.Vvedenakii. Frunze.
Izd-vo Akad.nauk Kirgizakoi SSR. Vol.8. (The carrot. dogwood. winter-
green, heath. primrose. leadwort. olive. gentian. dogbone. milkweed.
and morning-glory families) Samaistva: zontichnye. kizilovye. grushan-
kovye, vereskovye. pervotsvetuye, avinchatkovye. maslinovye. gore-
chavkovye. kutrovye. lastovnevye. vliuakovye. 1959. 222 p. Vol.9.
[The mint and nightshade families] Semeistva: gabotavotaye i pasle-
novye. 1960. 213 P. (KIRA 13:7)
(Kirghizistan-Dicotyledons)

MIKIT-M, Ye.T.-, AYDAROTA. R.A.; FILATOTA, M.S.; UBUK3YWA, A.U.;
SuixilTsImA, I.G.; LYSOTA, M.T., otv. red.;BUTEMKO. H-P-.
red. izd-va; AICMIFA. N.G.. takhn. red.
(Trees and shrubs of the populated areas of Kirghizistan; a
popular guide] DerevIia I kustarniki naselennykh punktov Kir-
gizil; populiarnyl opredelitell. Sost. B.T.Nikitim i dr.
Frunze, 1960. 249 p. WRA 14-5)
1. Akademiya nauk Kirgizakoy SSR. Institut boteniki.
(Kirghisistan-Trees) (Kirghizistan-Shrubs)

NIXITITIAj-1annafa -Ves-il'yevna; KORIMA, I.G., otv. red.; BUTENIC,
N.P., red. izd-va; Al"OHINA, M,G., tekhn. red.
[Flora and vegetation of Is pastures and meadows of the
Kirghiz Ala--Tau)Flora i i-astitellnost? paBtbishch i seno-
kosov khrebta Kirgizskii Ala-ToG. Frunze, Izd--vo Akad. nquk
Kirgizskoi 3SR, 1962.. 282 p. (MLRA 15:9)
(Kirghlz Bargmq --PaBtures and readous)

BOLISHAKOV, M.N.; VYKHOD'TSEV, I.V., doktor biol. nauk; NIKITINA.
Ye V kand. biol. nauk; ZABIRCV, R.D., kand. geogr. nauk;
is~~-i~vf D.I., kand. geogr. nauk; KASHIRIN, F.T.j KOFULEV,
V.G., kand. geol.-miner. nauk; LUNIN, B.A., kand. geogr.
nauk; MAMYTOV, A.M., akademik; OTORBAYEV, K.O., kand. geogr.
nauk- RYAZANTSEVA, Z.A., kand. geogr. nauk, at. neuchn. sotr.;
UMUiLKO, S.U.1 YANUSHEVICH, A.I.i BLAGOOBRAZOV, V.A., red.;
BEYSHENOV, A., tekhn. red.
(The nature of Kirghizistan; brief characteristic of its
physical geography] Priroda Kirgizii; kratkaia fiziko-
geograficheskaia kharakteristika. Frunze, Kirgizskoe gos.
izd-vo,, 1%2. 2% p. (MIRA 16:7)
1. Geograficheskoye obshchestvo SSSR. Kirgizskiy filial.
2. Zaveduyushchiy Otdelom geografii AN Kirgizakoy SSR,
predsedatell Kirgizskogo filiala Geograficheskogo obshche-
stva SSSR (for Otorbayev). 3. Dekan geograficheskogo fakull-
teta Kirgizskogo gosudarstvennogo universiteta (for Umurzakov).
4. Zamestitell direktora instituta geologli AN Kirgizskoy SSR
(for Korolev). 5. RLikovoditell sektora geomorfologii Otdela
geografii AN Kirgizskoy SSR (for Isayev). 6. Chlen-korrespon-
dent, zaveduyushchiy sektorom Instituta geologii AN Kirgizskoy
SSR (for Kashirin).
(Gontinued on next card)

WLISHAKOV, M.N.--(continued). Card 2.
7. Direktor Tyan-Shan'skoy vysokogomoy fiziko-geograficheakoy
stantsii Otdela geografii AN Kirgizskoy SSR (for Zabirov).
8. Otdel geografii AN Kirgizskoy SSR (for Ryazantseva). 9. Ghlen-
korrespondent, direktor Instituta energetiki i vodnogo khozyay-
stva AN KirgizskoySSR (for Bollshakov). 10. Zavedyushchiy Otdelom
pochvovedenlya AN Kirgizskoy SSR (for Mamytov). 11. Chlen-kor-
respondent, vitseprezident AN Kirgizskoy SSR (for Yanusbevich).
12. Zaveduyushchiy kafedroy fizicheakoy geografii Kirgizakogo
gosudarstvennogo universiteta (for Lunin).
(Kirghizistan--Physical geography)

NIKITP4,-jBL.~;-kYDAROVA, R.A.; UBUIMEVA, A.U.; FILATOVA, N.S.;
SUDNITSTNA, I.G.; TKACMIKO, V.I.; SHARASHOVA, V.S.;
KASIICMKO, L.I.; SHPOTA, Ye.I.; VVEDENSKIY, ~.L, nauchrqy
red.; VYKHODTSEV, I.V., otv. red.; SORONBAYEVA, N.V., red.
izd-va; AVOKHnIA, M.G., tekhn. red.
[Flora of the Kirghiz S.S.R.; classification key of the plants
of the ",irghiz S.S.R. ]Flora Kirgizskoi SSSR; opredelitel I ra-
stenii Kirgizakoi SSSR. Soot. E.V.Nikitina i dr. Nauchn. red.
A.I.Vvedenakii. Frunze, Izd-vo Akad.nauk KirgizakDi SSR.
Vol..10. [Families: Cuscutaceae, Polemoniaceael Boraginaceae,
Verbenaceae, Scrophulariaceae, Bignoniaceae, Orobanabaceae,
Lentibulariaceae, Plantaginaceae, Rubiaceae, Caprifoliaceae,
Adoxaceae, Valerianaceae Morinacese, Dipsaceceae, Cucurbitaceae,
Campanulacese., Lobeliace;al Semeistva: Povilikovye, Siniukhovye,
Burachnikovye, Verbenovye, Norichnikovye, Bignonievye, Zarazi-
khovye, Puzyrchatkovye, Podorozhnikovye, Marenovve, Zbimolostilye,
Adoksovye, Valerianovye, Morinovye, Vorsiankovye, Tykvennye,
Kolokollchikovye, Lobellevye. 1962. 387 p. (MIRA 15:9)
(Kirghizistan-Dicotyledons)

1,.ihlTl,-A, Yonufa U-111KI: LA A i ~itl t VA,
tv. red.
r',:oj-mwoou of ana ec
KirgiziJ. i ikh kl.cziaistvermo~ mactienie. Frir-e, za-v~-
AIN Klr-i,,.:Z".

NIKII INA. Ye.% . ; AYDL~OVA, A.; DZHANAYINA, V,v.; UJUEYE7~'A, A.U.;
AhBANEVA', Z.S.; SUD11ITZ".A, 1.3.; X-AA1. VA,
Ii.V.; 'IKACHE!iKO,VT -CVA,
. 4 LAT
MDR;SKIY, A.I., nauchn. red.; otv. -ed.
[Flora of the Kif-gl.iz S.S.R.; a guide Lo the 1-la-ts of t1he
Kirhiz S.S.R.] Flo-a Kirgizskoi SSRi ol-redeli:eil ras*er,-!--
Kirgizskoi SSR. Frunze, Ilin.. Vol.dl. 606. 1).
(V',-:~A 18:11)

STFd3TJKHOVICH, A.D.; KAPLAN, Ye.G.; )IIKITINA, Ye.Ye.
Tetramethylethylene as a new inhibitor for the cracking of
paraffin hydrocarbons (with summary in 3nglish). Zhur.fla.khim.
31 no.7:143?-1444 Jl '57. (MIRA 10:12)
1. Saratovskiy gosudarstvennyy universitet im. H.G.Chernyahevokogo.
(Dimeth.vlbutylene) (Inhibition (Chemistry)) (Crack-ing process)

ARIYEVICH, A.M. (Moskva); VIKHREVA, O.G. (Moskva); (Moskva);
STEPANISHCH-EVA, Z.G. (Moskva)
Use of decamin in the treatment of patiertz3 wiur; f'ungal
I
Vest. derm. i ven. 38 no.7:54-57 Jl 164.
(MIRA l8iO

HIKITINA. Yu.P. -
Some leading pelecypods of the Aptian and Albian stages in the
Imba. Talley. Izv.AN Kazakh.SSR. Ber.gool.no.9:69-96 145.
(Emba. Valley-Lamellibranchiata, Fossil) (KLRA 9:6)

111111TINA, Tu.P.
I *FmmWIrWW;-
Faunal study of the lower Grataceous in the southern Imba Valle;r.
Izv.AIT Kazakh.SSR. Ser.geol.no.9:97-123 145. (mLRA 9:6)
(Imba Valley~-Paleontology)

1, 7

NIKITINA, Yu.,,-F.-.
"Lo,.;-r Cretaceous of Southern -'-mb-i." ',and '~eol-l-.ir. 5ct, In-it. of 'Jeolovical
Inst of 'Jeolovical Lciences, Acall :;ci UL.J., Nuscow, 19~,. (KL, 1-0 15, J'*..~.r 155).
1
SO: Sirn. No. 704, 2 Nov 55 - Surve', of Scientific and Tec-.nical- Dissertati,~ns
Defended at Ul'JLR Higher Educational Institutions (16).

NIKITINA, Yu. P
Geologic C011IM" of Kaykop sidiments in the Tergent Hills, Ss,144anych
interfluve. and lower Don Vallay. Izv. vys. ucheb. zav.; geol.
i razv. 1 no.7:44-55 Jl 158. (KIU 12-8)
l.Novocharkasaki7 politekhnichaski7 institut, Kafedra obahchey
istoricheskoy geologii.
(Volga Valley--Geology. Stratigraphic)

NIKITIRA, Tu.F.
Kaykop deposits in the southern Xmba oil-bearing area.
Nauch. dokl. v78- shkoly; gool.-geog. naulci ne.3:90-91
'58. (MIRA 12:1)
l.Novocherkaoskiy politakhnichookiy institut.
(Embs Valley--retroleum geeleg7)

G.I.
Kuberle horizon of Paleocene, sedinents in the Tergeni Hills.
Sal-Navych Interfluve. and lower Don. Fhucb.dokl.vys.shkoly;geol.-
geog.nauki no-1:89-93 '59- OUR& 12:6)
1. govocharkasakiy politakhnicheskiy institut.
(Tergeni Hills--Paloontolo )
(Don Valley--Paleontolo I
Z

NIKITINA. Yu. P.
Conditions of the acemmiliation, of paleogens sediments in the
Kuban-Uov Lowland. Isv. v79. ucheb. sav.; geol. i rsav. 5
no.10:16-25 0 162, (MIRA 16:1)
1. Novoeberkasakiy politekbnichookiy institut.
(Kuban-Azov Lowland-Geology, Stratigraphic)

IUM I Nk YU,, P.
Stratigraphy and faciea of Fa2eogene sediments in the northern paz't
of the Kuban-Azov trough. Biul.MDIP.Otd.geol. 37 no.2&48-.61 %-,
Ap 162. (,KubaDAzov Lowland-4oology, Stratigraphic) (MM 15.7)

NIKITINA. Yu.P.
Kiev and Kharkov "stages" of the Scythian platform. Biul. MIP.
Otd.geol. 38 no.104-108 Ja-F 163. (MMA 16: 5)
(Caucasus, Northern--Paleontology, Stratigraphic)

NIKITINA, YU.P.
Correlation of the regiona-i stra~-Lgraphic scriemes of' Ire -radeogene
sediments in the lower Don Basin. T.-u-,,; VNIG14I ro.3F-L(,&--.'63 '63.
---b,

BURSHTAR, M.S.; NIKITINA, Yu.?.; SFI*---'MBEhG-R, YU.N.
Stratigrapny ana condItiona gozorning tne formation of tne
Upper Eocene and MalkoF se,~iiment3 of Stavropol Territory and
the Sai-Manych interfluve. Trudy VNIGNI no.38:89-104 '63.
(MIRA 17:6)

NIKITINA, Yu.P.; SHVEMBERGER, YU.N.
Paleocene of the Kuban-Azov Low-',ELnd, the Karpinsk swell, and
the southern slope of the Voronezh anteclise. Trudy VNIGNI no.
38:105 147 163. (MIRA 17:6)

r A C
r p r. "a 9 c.,
Mv

MEYEROVICH, E.A. (Moskva); KOSTIN, A.A. (Moskva); FIKITINA, Yu.Ye. (Moskva);
KOKURKIN, B.P. (Moskva); VLADIMIROV, S.P. (Mosk,-aT-
Study of current supply systems of modern aluminum electrolyzers.
Izv. AN SSSR. Energ. i transp. no.1:89-93 Ja-F 164. (MA 17:4)

-- I. t- I - L -.- , '(~ . -~ .
NIRITML, Z. A.. - "' -.vest igation -if the Conditions 3f 'dork-, 4ear, and Ae--,ents of Raising
the Resistance of a Hv)b Gutter in the Case of Rough Gear Hobbinf." Moticow Too!
Instrument Inst imeni 1. V. Stalin, Moscow, 1~;45 (Dllqsertafi~)n. -,*or !,;- ije;~Tvfe -f
of Technical Sciences)
SO: Knizhna-va leto-pis'. No. 37, ~ Se~)tember 1955

NIKITINA, Z.A.
Gear milling with high feeds. Stan. i instr. 30 zw.1:20-21 Ja ?59.
(MIRA 12: 1)
(Gear cutting)

NIKITINA, Z.I.; MATVEYEVA, N.V.; KHAK MUN TEN
Microbiological research on some soils in the IlAritime Territory.
Soob. DVFAN SSSR no. 15-59-64 162. (141RA 17:9)
1. Dallnevostochnyy filiai imeni Komarovit Sibirskogo otrieleniya
AN SSSR i Dallnevostochnyy gosudarstvennyy universitet.

i---KITINA, !l;'-:'-'.';.:~'~',OVA,
br,)w!i Yorifi,, .9()'Ls ol
10.1~!:I)i-91) 6%
o'Lorf)-, )rhvonny-~ J t '-it.
rn'.. og, ) r),.,; el y a
I.livers -, -,ft t.
A:,
(Ml ~ A

:,reli j.,14 nai-
y results -)f st, a,
brown a-lpinc, forest aoil'g, irl oh.
D"FAN 5S`F rio.lg:C)7-1('l '()7.
1 1! 1 ologo-pochve-inyy insti t,-it
~'ibl rst, (I n-
ofo ofdelentya AN S6SF il
universitpt.

S/2o4/61/001/005/001/008
E075/E484
AUTHORS Plate A,,F., Nikitina Z.K Burtsieva T.A,
TITLE~ Catalytic conversions of endo-trimethylene-norbornane
on alumino-silicate Formation of adamantane
PERIODICAL Neftekhi-miya V I no 5 1961, 599-603
TEXT A laboratory preparation of adamantane from endo-
trimethylene-bornornane (fully hydrogenated dimer of cyclo-
pentadiene) (I) was carried out in a quartz tube reactor and in
autoclave In the first method the alumino-silicate catalyst
activated by cyclohexane was contacted with (I) for 112 minutes at
Wo to 475'C After distilling off naphthenes and paraffins and
separating aromatic hydrocarbons by silica gel from the catalysate,
adamantane was isolated from the residue by filtration and
recrystallization in 13% yield In the autoclave method the
catalyst and I (1 5) wore heated at 350 to 380'C for 6..5 to
16.5 hours giving 9 to 10*/'o adamantane,. The results suggest that
adamantane was formed in crude oils by isomerization of naturally
occurring terpene compounds under the action of natural alumino-
silicates Although adamantane is the main product of the
Card l/ 3

S/204/61/001/005/001/008
Catalytic conversions E075/E484
conversions :onsiderable quantities of by-products are also
formed, These are paraffins mono and bLcyclic naphthene and
aromatic hydro-carbons Proportion of the latter in the
catalysate increase_~ markedly with increasing temperature of
conversion Thus 34_2% of alicyclic hydrocarbons (including
adamantane) were obtained at 400 'C and 15,80% at 475 OC , whilst
21.1% of aromatic hydro~.arbons were formed at 400'C and 39.1% at
4754C, Cracking intensifies with increasing temperature, the
concentration of butanes in the ga3eOUS products being 44% at 4000C
and only 10% at 475'JC The amount of coke on the catalyst remains
approximately the game i.e. 6 to 6,4%, It was noted that a
considerable quantity of fra.tion with boiling point of 155 to 168t
/760 mm was obtained from the catalysate after runs at 400 C
and after separation of aromatiL and hexahydroaromatic hydrocarbons.
It is possible that this fraction contains pentalane.
Acknowledgment:s are expressed to D.A Kondrat-yev, I,P~Yakovlev and
Yu.P.Yegorov for their assistance in the investigations carried
out at the Institut organicheskcy khlmtl im- NL,D,Zelinskogo
(Institute of Organic. Chemistry Lmeni N D,.Zel.inskiy)
Card 2/3

Catalytic conversions
S, Landa and S. Hala are mentioned in
with their contribution in this field.
8 references- 5 Soviet-bloc and 3 non-Soviet-bloc,
to English language publications read
P. v. Schleyer, J, Amer. Chem Soc_
Ref,5' P. v, Schleyer, M,M,Donaldson.
ig6o, 4645.
S/2o4/6i/ool/0O5/O0l/oo8
E075/E484
the article in connection
There are 2 tables and
The references
as follows: Ref.4:
-79, 1957. 3292;
J, Amer,, Chem. Soc,, v.82,
ASSOCIATION! Moskovskiy gosudarstvennyy universitet im.
M,V,Lomonosova Kafedra khimii nefti
(Moscow State University imeni M,V.Lomonosov
Petrochemistry Department)
SUBMITTED! juiy 8, ig6i
Card 3/3

KASATKINA, N.A. (Moskva); VIGDOROVICH, V.N. (Moskva);-xnTINA, Z.M.
(Moskva); UVAROVA, E.S. (Moskva); KONSTANTINOVA, L. . (Moskva)
Behavior of impurities during the refining of Indium by the
crystallization method. Izv. AN SSSR. Met. I gor. delo no.1%
78-84 Ja-F 164. (KIRA 17:4)

S/0279/64/000/001/0078/0064-------I
iACCESSIOW MR: AP401049
~AUTHOR: Kasatkina, No A. (Moscow); V19dorovich, V. N. (Moscow) LNIkItina, Z.
I(Moscow); Uvarovel go So (Moscow); Konstantinove, L. 1. (Moscow)
TITM lWhavlor of Impurities during the crystallization refining of Indlum
SOURCE: AN SSSR. 1xv. Metallurgly* I gornoye delo. no. 1. 1964. 78414
'TOPIC TAGS** Indium, Indlum refining. crystallization refining, impurity ellmina-
~tion, solid phase soluble Impurity, solid phase Insoluble Impurity, zone refining
ABSTRACT: A systematic study was made of the behavior of impurities and the con-
ditions present during their elimination from Indlum In the process of crystalliza-
tion refining from molten material. Indluni specimens -wi.th a known Impurity content
(Cd, Sn. Pb, Hg, Fe, III, Cu, Ag) were subjected to zone refining In a nitrogen
stream on equipment with one or two heating zones. Crystals extracted from the
.,:i, smelt In a vacuum furnace, at a residual pressure on the order of 1o-3 mm 149, were
meter of about -10 mm. The rate of extraction ranged
100-115 mm long and had a dia
from 0.3 to Z mmlmln. The evaluation of the experimental results employed the
author's theoretical classification of impurities present In indium as either easy
or difficult to eliminate. The former Include most of the impuri0es present, are
characmized by poor soild-solution solubility In In and have distribution co-
%;Grd

'.ACCESSION NR: AF4019809
efficient values substantially below 1.0. That coeffl.clent Is defined here as the
:ratio of the solid phase concentration of an Impurity to Its concentration In the
-liquid phase. About 10 laVuritles have such values near 1.0. exhibit significant
sol id-solution solubi I Ity,,and are di f f Icult to el Iminate. Cu. Ag, and NI are easy
to extract, Sn, Pb, Cd.and H9 are difficult. Sublimation of Cd and i4g, as well
as oxidation of Fe and in, were noted as secondary processes favorable to the
elimination of lopuritles during recrystallization. Prellolnery rewoval of Fb and
Or.19, arts- has: 6 graphs,.- I table*
Sn Is required.
ASSOCIATION: none
suen iTrEo: o9may6i DATE ACQ: )IH&r64 ENCL 00
SUB COOE:. PILt NO AEF SO:: 007 MER;- U011
ok SL
Card 2/2

NZITINA _IOTA.
,11,11-- 70
Fassivation of zinc electrode in galvanoo calls with alkaline
electrolytes. Zhur. prikl. kh1m. 31 no.2.*218-226 F 158.
(MIRA 110)
1. Sauchno-Issledoratel'skly alemento-elaktrougolln" Inatttimt.
(Zinc) (Blectrades) (Passivity (Chemistry))

OSKEP A.I.; ASTAKHOV, I.I.; NIKITIn. Z.Ya.; REZNIK, I.F.; BAGOTSKIY. V.S.
Change of the structure of a negative electrode in a silver-zinc
storage call in operationo Zhur.priklekhim. 34 no.lOs2254-2260
o 161. (MIRA 14: 1-1)
1, Institut, elektrokhimii AN SSSR i Voesoyuznyy nauchno-issledovateliskiy
institut istochnikov toka,
(Electrodes)

USSR/11m= and Aninnl Physiology. Dlood. Heratosis. T-4
Abs Jour: Ref Zhur-Biol-, No 12, 1958, 554o7.
Author Nikitina-Skalatslmya, A.S.
Inst niversity of Odessa.
Title The Influence of Various Doses of Radioactive
Phosphorus on Rabbits in Nornal Hematosis Processes
and in the Presence of Experimental Anemia.
Orig Pub: Tr. Odessk. un-ta, 1956, 146, sb. stud. rabot, Nc 4, iog-
113.
Abstract: p32 (4oo, 250, and NtACurie) caused a hyperleuko-
cy-tosis, in rabbits, basically at the expense of
lyLiphocytes. k1so, the development of rjycloid
elements of the bone narrow was depressed. However,
erythropoiesis was not overly affected by p32. III
Card 1/2
38

MIKITIUSKATA, I.V.
.
Larval heterogeneity of the Sakhalin herring (Clupea harengus
Fallssi Val.). NAwh.dokl.vy9.~hkoly;biol.nauki no.4:31-36
11:12)
158.
(MM
1. Hekomendovana kafedroy ikhtiologit Moskovskogo gosudaretvennogo
universiteta imeni M.V.Lomonosova.
(Sakhalin--Herring) (Larvae-Fishes)

MIKITINSKAYA, I.V.
e itkfH he of acti7e feeding in larvae of the Sakhalin herring
(Clupea harengus pallasi Val.) [with sum-ary In 3nglish], Zool.zir=.
37 no.10:1568-1571 0 158. 0G.U 11:11)
1. Kafedra 1khtiolog-ii. Moskovakogo gosudarstvennogo universiteta.
(Herrin,g) (Larvae-Fishea) (?ishes-Food)

NIKITINSKAYA. I.V.
Adaptive significance of larval heterogeneity in the Sakhalin
herring. Trudy sov. Lcht. kom. no.13:391-392 161.
(MIRA 14:8)
1. Moskovskiy gosudarstvennyy universitet.
(Sakhalin-Herring)
(Larvae-Fishes)

NIIIIINSMA, I.V.
-
So;; diat~aon the way of life of the rudd lawiscus trandtl
(DyboweAl). Vop.ikht. 2 no.4.-609-W 162. (MIRA 16.-2)
1. Wedra lkhtiologil Moskovskogo goeudarstvennogo universiteta
imeni M.V.14monosova.
(Pacific Ocean-Leuclacus)

BLYAfMR, L.Ya., otv. red.; IIIKITITISKAYA, I.V., red.
- ---- -
(The idea of development in biology) Idela razvItlia v
biologii. Moskva, Nauka, 1965. 201 p. (YIRA 180)
1. Akademiya nauk SSSR. Inatitut Istorii yeatestvoznaniya
i tekhniki.

5
29835
S/04 61/000/007/003/055
C1 1 'YC222
AUTHORt Nikitinskaya, M.I.
TITLEt The general solution of position problems on a surface of
second order
PERIODICALs Referativnyy zhurnal.Matematika, no. 7, 1961, 64,
abstract 7 A 452. ("Nauchn. tr. Mosk. tekhnol. in-t legkoy
prom-sti", 1959, sb.14, 226 - 233)
TEXTs The surface of second order is determined by its three pairwise
intersecting conics. In virtue of thiB fact known from the projective
geometry a surface of second order on a complex figure can be given by
its three contours. The author uses such an indication of surfaces of
second order on the diagram for the solution of position problems.
[Abstracter's note t Complete translation.]
Card 1/1

I
0.
l.IKITII:':'-M,`A, M.M. (Belgorod)
First resilts c.' vor-irg in a new way. Vat. v shkole
no.5:6-7 S-0 :61. (MIRA 14-.-10)
(Delgorod Pro,, ince-Nathematics. -Study an,6 teacling)

AUI
21HIb"IA., N. 1.
y-Fer)t lnt,-~r-
Use of lnterferenc-~ light filters of the Fabi-
feromater t7ps fj- ;;Jarlifiel spectral measurecLeats if direcL
solar radiation in th- ultra-violet region of the qj~,ici;znam.
Trudy GGO no.100:124-127 160. (Mi4i.4 13:(,)
Wolar radiati,a) (Intarfarometrv)

S/0 ~5/62/000/005/024/098
S 0 A055/A 10 1
A=~CR: Nikitinskaya, N. I.
T=_E: On the applicability of the Bouguer-Lambert method for determining
the spectrad transparency of the atmosphere
PERIODICAL: ReferativnTj zhurnal, Astronomiya I Geodeziya, no. 5, !961-.1' P'J.
abstract 5A213 (V sb. "Ak'. inometriya I atmosfern. optii~a",
Leningrad, Gidrometeolzdat, 7961, 160-1054)
---7-.:T: The Bouguer-Lambert method does not always give correct values for
-~,e coefficient of the atmosphere transparency PA, owing to transparency varia-
_ I I
t:ns dur4ng the day; it Is particularly difficult to take into account slow
The criterion for the invariability of the optical
Properties of the atmosphere is the coincidence of the ante meridiem and post
mer4dfem Bouguer-Lambert straight 'lines (especially at low heights of the Sun)
in the short-wave regions of the spectrum. A method is &uggested for the calcu-
lation of the transparency coefficient from a single mea&uremont(or, for, tile Sake
of precision, from repeated ffeasurements)of the solar radiation intensity 1'.
The extra-terrestria.1 value of IA is first determined, for the used apparatus,
Card 112

'In the applicability
S/C
A,'~ 5 5/A !,1 1
from obsei-zations made on days with constant transparency. Starting. then,
I /V
from the Bouguer-Lambert formula, the graph of the dependence OL To-, on h 0
is plotted for different values of PA. Having measured IA, it is easy to obtaJn,
from this graph, the value of P~-
G. Faraponova
Abstracter's note: Complete translation]
Card 2/2

379-31
S/035/62/000/005/025/098
3 5c) A055/AIOI
AUTHOR: Nikitinskaya, N. I.
i-LE: Experimental investigation of the variability of the atmosphere
t transparency coefficient P.
PEIRTMTCAL: Reforitlvnyy zhurnal, Afitronomlyrx I Geodozlyll, no.
abstract 5A214 (V sb. "Aktinometrlya I atmosfern. optika". 'Lenin-
grad, Gidrometeoizdat, 1961, 164-168)
TFYT: The atmosphere transparency coefficient PA was determined for the
u'-tra-vinlet region of the spectrum. The average post meridiem value of tne
Iransparency P,, (for all the days on which observations were made in the Lenin-
grad oblast') was 0.552. The transparency of the atmosphere decreases during
+'-e day: if, in the morning hours, P was, on the average, 0.600, it was 0.525
in the evening hours. The transparency of the atmosphere is strongly influenced
by the characteristics of the mass of air. Thus, for the air masses coming from
north-wester-i Atlantic, Pk - 0.603; for the air masses coming from arctic
regions, P.- - 0.553.
FAbstracter's note: Complete translation] G. F.
Card 1/1

31259
S/531/61/000/118/004/004
-3, 55_1 D218/D302
AUTHOR: Nikitinskaya, N. I.-
TITLE: Optical characteristics of Arctic air masses
SOURCE: Leningrad. Glavnaya geofizicheskaya observatoriya. Trudy,
No. 118, 1961. Issledovaniya radiatsionnykh protsessov,
77-81
TEXT: The author has meagured the spectral transmission of the at-
mosphere at Soanovo (83 km north of Leningrad). The actinometer in-
corporated a set of narrow-band interference light-filters with
band widths of between 8 and 40 r;u. All the measurements were car-
ried out in relative units. They indicate that purely Arctic air
has different spectro-photometric properties as compared with air
masses of other origins. This is illustrated in a figure. It was
found that for purely Arctic air, the spectral transparency coeffi-
cient of the atmosphere pA- tends to remain constant and aerosol
scattering may be looked upon as practically neutral. A detailed
Card 1/2

NIKITINSKAYA, N.1
Experimental test of K.S.ShIfrin and I.N.Yinin's spectrel pattern
of the real atmosphere. Trudy GGO no.125:48-53 '62. OaRA 15:6)
(Meteorological optics)

ACCESSION MR: AP4025089 5/0139/63/000/0"/0086/oUg
AUVIDILS: Grishechkin., V. S.; Zakharov, G. M.; Nikitinskaya,, T. 1.
TITLE: Zxoelectron emission of x-rayed titanium dioxide
SOURGE: IVUZ. Fizika, no. 6, 1963, 86-89
TOPIC T-4GS: electrical conductivity, exoolectron emission, partially oxidized
x-irradiation,, Fenai levels
titanium dioxide
ABSTRACT: The electrical conductivity and exoelectron emission of partially
oxidized titanium dioxide have been coqpared after subjecting the specimen to
x-rays. The specimen was obtained in 20p-thick films,, and radiation was supplied
from a BPX-2OO source with U a 200 kv. i - 10 ma, t - 30 minutes. The results of
h0 different runs are presented gra2hically. Me exoelectron emis-
sion show-s a maximum at T - 240C and is noticeably reduced after x-irradiation.
The graph of electrical conductivilty versus temlv3rature, on the other hand, shows
identical values both before and after x-irradiations The author explains the
difference in tha behavior of the two curves from kinetic considerations of
electroa Fermi lamirels. Orig. art. has: 3 figures.
,Card
:1/2

ACCESSION Ws AP4025089
ASSOCIATION: Leningradskiy politel4vdcheskiy.institut lmrd. H. I. Kalinina
(LonirWad Polybectudcal Lutituto)
SUBIMED i 25~ruiQ DATE AcQt UFeb64 ENCL 1 00
SUB CODEs PH No REF sovt 002 OTHERs 009
Card 2/2

I . VA, 7,1~
r - - :, t I 1- 5 7- ,, . -, : , - r . .: - . r~ .- ., n :- f~ I _-, F ! . 1. 7 : , . ~ - , - I ~ I
- - - -- - - I r , , f
.I . 120 t~4 ~ I .: . 1-3 - .

ZAINAROV. G.M.,- RIKITINSKAYA. T.I.; IWACM. A.G.
Alectric conductivity of fluorite. Piz.tver.tela 1 n0-5:835-837
Vq 159. (NMA 12:4)
1. Laningradakiy politakhnicheakiy Inatitut im. M.I. Kalinina.
(Fluorite-Electric properties)

(0 ocd f 3/1."0/60/000/004/007/028
4,1172-0 ?J E032/E4i4
AUTHORS Zakh;irov, G,N1 arid Mloj- A
TITLE A Pulse NfetYio(l of Measutin
,g Large Re~i,tanes
PERIODICAL Pribory i tekhnika elisperimenta- 1960, Nc),4, pp.82-84
TEXT, High voltage pulses of approximately re-tangular form were
produced by the circuit shown in Fig.l. The circuit is based on
the high-vol tage hydr ogen thyra t r ons ';ir V? 1 - 90/8 (TG1 I - 90/8) a nd
an artificial LC shaping line as shown, With suitably chosen
parameters of the shaping line. the length of the pulse could be
made of the order of 1,.Ls,-c while the length of the leading edge
not more than O,lu 5ec., The prot esses which take place in the
measuring cir-utt -an be represented approximate.Ly by the equivalcnt
cir--.uit shown in F19.3, In this figure, R and C are the
resistance and capacitanr.e cf fhi. specimen under investigation,
RI is the resistance cf 'he g4F-n eral-or and R2 is the resistance
of the galvanometer S i nr 4_~R:"'N R , + R 2 the time constant i: is
given by -7 z C(Rl , R2) if ti ie length of the rectangular pulse
is much greater than the t imv (_ onsLant , the form of the
rectangular pulse across the spe-irnert will not be distorted-, The
dependence of the cur rend ri t lmr. ~;11',Vln ;chema t ica Ily in F ig. 4
Card 1/4

P"7 Y- ~
s/i2o/6o/ooo/oo',/007/028
E032/E414
A Pulse Method of Measuring R(-'-iislances
where i ~~ and p c or r e s pon ha r f4 E, and d h,1 i ge- - 11 r r - n t -
r e p r tf c 11, .63 , he - ondu, t i on Lir r e n t ptil ~
of t h e -- a pa ~ i t or an d ~ 11
'hrough R The inean currew in !he , ir -ui t i.-3~ griven by
1, - :fplt/T- The form cf the peaks i ~, and 1 is not
necessarily the same sin~.e it is determined by t9e structure of the
leading and trailing edges of the voltage pulse, Ho,,,iever, this
will have little effer-,~ on the magnitude of the mean current since
the amount of electricity in the discharge and charge- of the
capacitor is the same, From the measured magnitude of ic one
can determine in if t ana T are known, and hen~-e R can be
calculated. The resistance of the instrument whi-.h records the
current should not be too high because large values of this
resistan,;e lead to iarger time constan*,q. A mirror galvanometer
can be conveniently used for thi, p,irpo~,c- In the instrument
employed by ~he present authors ~h(- sensitivi,~v of th~
galvanometer was 10'10 amp/div-,gioi. the amplitude of the pulses
was 1 kV, and T/x , 103, The ti )r)&r limit -,f fh~
'10
which could be me ,I ~'.
a s ur e d
C.~% r 1 --1 / , t

E032/E414
A Pulse Method of Measuring Large Resistances
1012 ohm Is said to be possible. There are 4 figures and
5 references: 4 Soviet and I non-Soviet.
ASSOCIATION: Leningradskiy politakhnichoskiy institut
(Leningrad Polytechnical Institute)
SUBMITTED: July 1, 1959
Puc. J. 9mmonneirman
MS111 113MCPHTCAbIlOrt 1;0.
my, 11, C - roupovinae-
R WIC It MIKOM 11334CPfle-
XOro 06pa3aa, BI-
conponiwicitite renepa-ro-
pa, R2- COUPOT1113newle
rammatiosterpa
Card 3/4 Fig.3.

1-7

T
Fig.4.

S/161/61/003/010/033/036
B125/B102
AUTRORSt NikitinsL-,qa, T. I., and Bol'shakova; T. V.
TITLEs Dielectric losses and electrical conductivity of fluorite
PERIODICkLi Fisiks, tvardogo tela, T. 3, no. 10, 1961, 5224 - 3228
TEXT# The authors determined the electrical conductivity a and the
dielectric losses tan'bbetween 400 and 10,000 cps of pure fluorite and
of fluorite, with EU*+ impurities. The crystals involved wore artificially
grown by I. V. Stepanov's and P. P. Feofilov's method (Doklad n& I
soveshchanii po rostu kristallov, 1956 (Lecture at the lot Congress on
'Prystal Growing)). The europium content was 'V0-01%. The conductivity of
2 - 5 an thick crystals was measured in argon atmosphere by the pulse
method described in Ref 6 (G. M. Sakharovet aL PTE, 4, 82, 1960), and
the losses by a modifiei MIE (MLE) bridge. In addition, the authors
determined the dielectric losses of pure and of impurity X-irradisted
fluorite crystals (200 kv 10 ma). The experimental results fit the
straight lines log d a f(1 for pure as well as for impurity crystals.
qP
Card 1/3

St'~181/61/003/010/035/036
Dielectric losses and ... B120102
X-radiation than pure crystals. This is an additional argument in favor
of the foregoing consi erations concerning the increased dislocation
density in case of Eu+1 introduction. The dielectric losses of pure
fluorite drop by 10 - 15%. A theoretical explanation of these facts
appears to be difficult. There are 4 figures and 14 references: 4 Soviet
and 10 non-Soviet. The three moat recent reforences to English-languago
publications read as followat A Lidiard. Hanrd. Phys., 20, 1957; R. Ure.
J. Ches. Phys.9 26, 1363, 1957; R. Christi, E. Fukushima. Phys. Rev.,
118, 1222, 1960.
ASSOCIATIONs Leningradskiy politekhnicheskiy inatitut im. M. I. Kalinina
(Leningrad Polytechnic Institute imeni M. I. Kalinin) V/
SUBMITTED: March 3, 1961 initially),
June 20, 1961 rafter revision)
Card 3/3

i
ACCESSION NR: AT4016326 8/0000/62/000/000/0421/0426
AUTHOR: Golubeva, L.A.; Mikitinskaya, T. 1.
TITLE: Dielectric losses in X-irradiated KCI crystals
SOURCE: Vaes. soveshch. po fix. shcholoduioploidn. kristallov. 2d, Riga, 1961.
i Trudy*. Fiz. shcholochnogaloidn. kristallov (Physics of aVmll halide crystals). Riga,
1962, 421-426 -
TOPIC TAGS: alkali halide, alkali halide crystal, potassium chloride, dielectric,
dielectric loss, photoelectric current, conductivity, photoconductivity, electron
ABSTRACT: 7'he dielectric losses and photoelectric current In X-irradiated KC I mono-
crystals were studied in the frequency range 400-10, 000 cps at room temperature and a
vacuum in order to clarify the relationship between these two properties. KC I
samples 5 x 13 x 0. 15-0. 2 cm, with gold and silver paste on the ends to serve as electrodes.
were illuminated with a 500 watt lamp and X-irradiated for 30 minutes. No significant
change in conductivity could be established, however, due to the inadequate sensitivity ~f
the method. The value of t95 generally decreased during irradiation. However,
this value calculated from the de6rease In photoconductivity with time was smaller thm
Ic6rd - 1/2

Yij.!3.; M'KITPI-KAYA, '.I.
1-2 3 6 1 Z-361 6 D 5
Do! i ~,~~khn~ ~hoskiy ir,stitu'

NIKITSKAYA, V.A.; TnKIN, M.A., CHFRNFI,fl(,H, Ye.M.
Metallographid investigation of 20p steel ingots and inter-mediate
products. Izv. vys. ucheb. zav.; chern. met. 7 no.3:169-179 164.
(KRA 17:4)
1. Zavod im. Dzerzhinskogo i Dneprodzerzhinskiy metallurgicheskiy
zavod-vtuz.

RU BCOV IM.V. [Rultsov? M-V-j; SARAPOV, I.M. [Sharapov, I.M.); MASKOVSKIJ,
R.D. [14ashkovskiy M.D.]; HICHLINA, E.E. (Mikhlina, Ye.Ye.];
NIEKITSKAJA E. a Yq,.~J; VOROB,-)WA, V.Ja. (Vorobyevu,
P S. tNikitsk~p
V.Ya.],, USOVSKAff,--V.-t.-l-U6ovskaya,, V.S.].
S'ynthesis and pharmacological research on quinuclidine, piperidine
and pyridIr- de-lvati7es. Ce6k. fam. 13 no.6t299-315 Jl'64
1. Taft -f. .-,v-y v&iacko-,ryzkumny ugta,,,- pro chemli a farm,arii, Mwi;~%rd
(VNIGHFI) [Vsesoyuznyy nauchno-issledovatellskiy khiIrIKo-farmatsGv-
ticheskiy inatitut~]-

R',IBTSGV,
L,rr! ther, 4 sc. ~Iiazh- and
the nolLa: 3- n
Voe a,)y-u znyy nauchi. u- Fduwt t-- v
ns t i LLI t.

ACC NR: AP6037O97_______ ______SOURCE-_CODE: - UR/0125/66/ooo/oli/oo4o/oo'4-,
AU-17WR: Lashko, N. F. (Moscow); Lashko, S. V. (,Moscow) I Nikitinskly, A. '14,
(Gorlkiy)
ORG: none
TITLE: A flux for furnace brazing of aluminum and its alloys
SOURCE: Avtomaticheskaya avarka, no. 11, 1966, 4o-43
TOPIC TAGS: aluminum alloy bPn=�xEg,,'1"LArazing, brazing flux/ F5 brazing flu)~~
AlMg alloy, AMTs alloy, D20 alloy
ABSTRACT: A new F5 flux for furnace brazing of aluminum and aluminum alloys has been
developed. The flux contains 45 1 0.5% KCI, 38 t 0.5% LiCl, 10 t 0,5% NaF,
3 1 0.5% SnCl 2) and 4 1 0.5% CdC12, and is made by melting the components at
i 600-650C and grinding the cooled melt into powder. Aluminum-alloy specimens "eld in
molten F5 flux at 450--600C for 10-60 min formed a thick surface layer (30-40 p)
which contained tin and cadmium reduced from the flux, the amount of which Increased
with increasing temperature and holding time. The amount of alurranum passed into the
flux followed a similar pattern. The reaction between various &!uminum alloys and
molten F5 flux was only slightly affected by the alloy composition, and an average
change in the weight of specimens in the reaction with F5 flux at 550C for 30 min was
0.()138-0.0180 g/cm2. Molten F5 flux satisfactorily wetted the alloy surface and
Cord 1/2_
uDc:

NR. AP6037097_________
ACC
produced much leas pitting corrosion than the widely used 34A flux containing zinc
chloride. Experience showed that F5 flux can be used advantageously for furnace
brazing large thin-vall structures. The shear strength of AMTs alloy lap joints
brazed with F5 or 34A flux was roughly the same, 9.0-10,2 kg/mm2, depending on the
filler material used. The strength of butt joints was 10.6-12 kg/mm2
After
six-month exposure in a humid atmosphere, the shear strength of AIMITs alloy joints
brazed with the 34A filler material and 34A and F5 flax decreased by 16 and 10%,
respectively. Grig. art. has: 3 figures. [YZI
SUB CODE: 13, 1l/ SUBM DATE: 25Apr66/ ORIG REF; 003/ ATD PRESS: 5109
Card ?/2

NIKITINSKIY, I
Kovarnyye Metody pordroynoy raboty im,,erialisticheskikh razv~dok (insidious
demolition methods of imperalistic spies) Moskvv, Voyennoye tzd-vo Ministerstva
oborony soyuza SSR, 1954 - 10~7 F.
SO: V/S
132
.N6

MIKITINSKITI N.V. . aV4.... -,
-~i,;A- ".
Simplifica,tion of the record system in sugar refineries. Sakh. prom.
31 no.6:48 A 157. (MMA 10W
1. Nlnlster~tTo Goskontrolys, Ems SSR.
(SWr industry)

NIKITINSKIY, Vasiliy Ivenovich; STAVTSEVA, AntonLina Illinichna;
DUISOVA, -I.S., R7.;-7KOWBOVA, N.D., taki-An. red.
(Rights of the factory, plant and local trade-union committee]
Kakimi pravami pollzuiutsia FZMK. Moskva, Profizdat, 1562.
190 P. (MIRA 16:3)
(Trade unions)

1. "IKITIIISKIY, V. N. : SHM-Y-1411M, A. D.
2. USSR (600)
4. Electric Relays
7. Selective arrangement for automatic emergency unloading of power systems according
to average speed of frequency change. Elek.sta., 23, no. 12, 1952.
9. Monthl List of Russian Accessions, Library of Congress, "ril - L953, UncL.

NIKITINSKIY, Yu.B., kapitan maditainskoy slushby
Arterial pressure in ships' crews under the influence of vapyinz-
factors. Voen.-med. zhu--. no.5:80-81 My 16.1. OURA 14: 80
(BLOOD FRESSUJ~E) (MEDICINE, NAVAL)

NIUTINSKIT,-Tu,I ; DWANAYMVA. V.K., starshiy nauchnyy sotrudnik. kand.
biolog.neuk, otv.red.; SCROMMYEVA, N.V., red.izd-va,- ANCKHINA,
K.G.. tekhn.red.
(Juniper stands of the Naukat Ranger District; basins of the
Kirgizata and GhiylL Rivers] Archavaiki Naukatskogo lesnichestva:
basseiny rek Xirgiz-Ata i Chiili. Prunse, Izd-vo Aked.nauk Kir-
gizakot SSR, 1960. 163 p. (KIRA 13:12)
(Naukatskiy District--Juniper)

NIKITINSKIY, Yu. I., Cand Biol Sci -- (diss) "Juniper areas of the
Naukatskiy Forest.-y Office. (Basins of the Kirgiz-Ata and the Chile-
Say Rivers)." Tashkent, 1960. 21 pp; (Central Asiatic State Univ iff,
V. I. Lenin); 130 copies; price not given; (KL, 1?-60, 14?)

PRUTENSKIY, Dmitriy Ivanovich; NIKITINSKIY. Yuriy lyanovich;
PFUTOPOPCV, G.F.P otv. r7W.~;KOU~L-CHUK~,V.V~.,r 7izd-va;
ANOUTHA, M.G., tekha.red.
(Types of nut forests In Southern Klrghizi&]Tipy orekhovykh
lesov IUzhnoi Kirgizii. Frunze, Izd-vo Akad. nauk Kirgizakoi
SSRV 1962. 128 p. (MI RA 16: 2)
(Kirghizistan-Walnut)
(Kirghizistan-'-Fo rests and forestry)

NIKITINW19 A.A. j inah.
UsAng centering dev-ices developed by the E.O. Paton Institute.
Mont. i spets. rab. v stroi. 23 no. 2:30 F 161. (MIRA 141l)
1. Trost TSentrospetastroy.
(Pipelines)

T 1
1~_ Ctr 4 C
J~
"V
A't 1 CLLt4 (Dn S, 0 t_,-,
15
9
Monthly List of Russian Accessions, Library of Congress,'
'JInc.

a,j

Nly, --71 :J17 N
EL !3 7-
a,; v

AUTHORS: Dolgin, M.Ye., Engineer, Davydov, V.D., 67-58-2-8/26
-,,Vikitkin, V.D., Engineer
TITLE: The Automatic Photo-Electron Indicator DDN -1 for the Determination
of the Lointure Content in Gases (Avtomaticheskiy fotoelektronnyy
indikator vlazhnost'L gaze,, DDN -1)
PERIODICAL: Kislorod, 1950, Nr 2, PP. 39-43 (USSR)
ABSTRACT: The above moisture indicator is based upon the principle of the
condensation method. In the section. Determination and the Main
Characteristica of the Apparatus the measuring or control of the
moisture content of gases within the temperature range of from +40
to -800 at an atmospheric pressure of 0.01-165 atm excess pressure
is given for purposes of detemination. In the section - Pneumatic
Cooling Syste this system is described on the basis of a scherne.
Furthermore, the description of the cooler for indicator mirron
is given in form of a scheme. In the section: The Photo-Optical In-
dicator a de7io-~ is described by means of which signals are trans-
mitted to the amplifier of the apparatus by the condensation on
the mirror. The scheme mentioned is described. In the aectior).
Card 1/2 Electrical Scheme of the Apparatus the description is based on a

lnv! f T~ I
wtwpw
836--& E W/Rd
WT PC
..--t 1-,-ACC AT50:M810 '--SOURCEcO'D9: UR/2563/~S/ 017/0021
AUIMO
'Aiii0vt CO. (Cand1dhte o am Docent), Nikitkay
its f caficia 14
ORG: Len Pblytechnic Institute (Leningradaldy politekhnichasidy institut)
11(, 57,r
TITLE: Meana'of perfecting the control of the diameters of large rollers in the process of
turning
-':SOURCE: lAningrad. Politelthnicheskly institut. Trudy, no. 250, 1965. Avtomatizatelya
I tek1hnologlya, maishinostroyeniya, (Automation and technology of machinery manufacture),
M-21
TAGS: qiWity- control, m6lalworldng, metal turning. -mechanical engineering
ABSTRACT.- ;-The article discusees4eiieral methods of:66nii4king'the diameters of larke
ro era I n- * procea .80,f tUr ng .OW Semiautomatic,. au
id and, tomatic contr
th' control of the diame
teri of go-rolleri
consid .-Mistiotid, it, active: 5 a note a
fully developed and"Is not.:being nipolied at present; It Is, however, considered the most
Important method in the future operations of heavy machinery building plants. U recrilres
in t6091ire work-In th e..search for means and ways of achieving it, followed by theoretical and
experimental verification of the more rational of the possible design alternatives.' Studies
In this direction,~ 01mirily employing the method of a roller with automatic adjustment of
L_qErd 1/2

21

U111TOOMUN, K.S.
Insure the complete safety of all material handled by the postal and
telegraph offices. Ifest.sviazi 16 no.5:18 je 156. (PT.RA 9:8)
1. Glavnyy yuriskonsul't Ministerstva avyasi SSM.
(Postal service)

MKIMCHKIN, K.S.
lor a continued strict execution of contracts and pa7ments. Vest.
aviazi 19 no.7:20 J"l 159. (MIRA 13;8)
1. Glavnyy yuriskonsul't i glavnyy arbitr Ministerstva avyazi SSSR.
(Telecommunication)

~~!q :~fhjj.~ k~all Va-,i LI.,ev2 -.h, zimr-rialist; ARMLALt'. , N.A...
. _T~l L~ _I h:L -1-- -1.1. 1-----.-
rea .
(I wa-lk through Prague-) Idu Pragol... Mosk-vu, Scvet-
skala Rosol.)a, 1965. 1 14 p. (MIRA 18:8)

SOV/124-57 -9-10348
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 9, p 65 (USSR)
AUTHORS: Sukhomel, G. 1. , Nikitochkin, 0. G.
T IT LE: On the Formation of Whirlpools in Front of Water Gates in Canals
(Ob obrazovanii voronok pered shchitami, peregorazhivayushchimi
kanaly)
PERIODICAL: Tr. Kiyevsk. 8idromelior. in-ta, 1956, Nr 5, pp 21-27
ABSTRACT: The paper describes laboratory investigations and presents certain
theoretical reasonings on the subject under consideration. According
to the observations made by the authors during the flow of water from
under the gate in a rectangular channel, two s ymmetrically -located
whirlpools appear in front of the water gate, one on-dither side. The
water level at the gate rises somewhat, this rise being greater at the
center of the gate. The deduction is made that owing to the uneven
rise of the level at the gate currents are cause*d to be directed towards
the corners and later along the side walls in a direction opposite to
the main current in the channel, which is possible in the presence of
a slow-speed wall boundary layer. The authors consider the latter
Card 112 to be the cause, or at least one of the causes, of the formati(-n of