SCIENTIFIC ABSTRACT KORNIKOV, N.A. - KORNILOV, A.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824720004-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KORNIKOV, N.A.
Jarosite from the Kola Peninsula. Mat.po min.Koll.poluost.
1:121-126 '59. .. (MIRA 15:2)
(Kola Peninsula--JarositeJ

ROSTOVTM, N.; DOHRTRIN, P.; TIKHOKIROT, T.; 10GACHIT, A.; SHAWN, T.;
GRUIBY, D.; KUDRTAVTSZT, P.; KALBYST, M.; SOIOV, N. "4
TOLOKONNIKOV, A.; PUSTOVALOV, A.; REDIKIN, A.; BLORIEVIST.10.-TI, Vo;
6
PNTROV, N.; SHUBSKIY, I.; SIMENOV. S.; POPOV, G.; BRODOV, K.;
KORIIW, P.
Professor M.N. IAkoylov; obituary. Zhivotnovodotvo 19 no.12:90
D '57. (MIRA 10: 12)
(IAkoylov, Mitrofan Nikolaevich, 1876-1957)

MOPYINDV, Yu.G.
~
Development of automation and televochanics In the gas Industry.
Avtomatyka no.3:21-31 157. (KIRA 10:10)
1. rustitut vikoristannya, gazu Ak*demH nauk URSR.
(Gas industries) (Automatic control)

ills,
ICE 1?,_1
Ar
-VE
ir
1w
a Jig
r -rg
'LL - -- - - - -

POMIOVSKIT, V.N.; DIBI=Y, V.G. - MUHAtff, A.N.
Zffective use of latrafarm pipelines for subsequent pumping of
different patfoleum products. Trudy VNIr NP no-5:137-147 156.
(XLBA 9:8)
(Petrolemm-Pipelims)

koiqlY'.9 Y,4!7
A131ROMENKOV, A.Aw; USIATUIY, Yu.S.; YJMIN, A.A. ~IXORR*Rvm- A N. L&PIN*
V,P,
Controlling cons m tive pumping of pstraleum and petrolaus products
through p1pelims by use of gma-densitamater. Neft, khos, 35 U0,12:
60-61 V (KIBA Ur2)
(Pitrolaws-Trausportat ton)
(Gamew rays-Industrial application)

K014DUKOVO N.B.; KOHIMAYEV, A.U.; SKAGIIKO, I.I.I.; AKHROMIKOV, A.A.;
KRUGLOV,-A=..
Studying the parameters of the motion of particles in a pseudo-
fluidized bed by the radioisotope method. Inzh.-fiz. zhur. 6 no.7:
13-18 J1 163. (14IRA 16:9)
1. Institut khimicheskogo mashinostroyaniya., M6kva i Institut
neftyanoy promyshlonnostit Moskva.
(Fluidization) (Radioactive Til-c 8)

"IT i ma b Peb D i kA~
cov Kornilayev, A. N. Akhromenko" Skachko, 1 M.
7
neirw I
zhurr.&I no.
al --nz. rad-;.oisotO2~
mo* ion, fluid mechanicr, chemict I
7 men, Ip-
nre-Rents an amalysis c' the :r
r '
pe 1,,v *he ito'horg
7-':~n Shaving the 1 7'
"T' PQ
in a mono-disper-3,on
.1-1 are obtained. A '[I
e
-A rt- han: 5 grapha,

ns,,-,~tut po pererabotke tieffi, Mosc-- ?'E'trc-l eum
inatitut khImIchoexogo manninosicroyeniya, mecow k1UST11(sure 0j.
llt-~-I~no Building)

KOFINTITIYEV, G. P.
Kornilayev, G. P.
1he Tactics of Surgical Treatment of Ingpinal and Pelvic Hernias Based
on Clinical Data." Bashkir State Medical Inst imeni 15th Anniversary
VLKSM. Ufa, 1955. (Dissertation for the DeEree of Candidate in
Medical Science:)
So: Knizhnaya letopis', 11o. 2'1, 2 July 1955

KRYLOV, A.P.; KORNILAYEV, V.N.
Determining oil losses in reservoir D of the Tuymazy region
depending on well spacing. Nauch.-tek.sbor. po dob.nefti.
no. Vo25-30 161. (MIRA 17z6)

BRYKINA, GATTE11JEMM. Yu.P.; KOWTILAYEV V.N.; INIMAYLOVSK.1Y, N.K.;
POLIKARPOVA, R.V.; AYBIFI
Improving mothodtq for the field and geological study of oil reservoir
rocks in order to monitor and control development. Nauch.-tckh. abor.
po dob. neftl no.22:76-79 164. (I-IIHA 17:9)
1. Voesoyuzwjy neftegazovyy nauch=-issledovatellskiy institut.

BURDAKOVA, Ye.A.: VEDERNIKOVA. N.A.; NOWILAYEVA, N.P.
Antidepreasive action of trans-nine; preliminary report. Zhur.
nevr. i psikh. 62 no*12tI813-1814t62 (MIRA 16:11)
1. Kafedra psikhiatrii (zav. - prof. A.S. Pbmanskiy) Bashkir-
skogo meditainakogo inatituta i Bashkirskaya respublikanskaya
peikhonevrologicheskaya boltnitsa (glaviiyy vrach P.O.Akopywi)p
Ufa.
Ar

XOZOCHMA, Telens, Dwitriyevnis; SRMSO#,.N.S.,.prof.,,rsd.j;
zqx~ red.; GIORGITIVA, G.I., tekbn.red.
.[Struggle of the Communist Party to build a second coal
reserve In the Soviet Union] Bor'ba Kosmunistichoskoi
- partil sa sosdanle vtorol ugolinoi basy Sovetskogo Soinsa.
,Isd-vo Kosk.wivfe 1959. 36 p. (KIRA 12:6)
(Kusnetsk Baain-Coal mines and mining)

KLYUYNVA, X.A.; IVANOV, X.Ye., doktor geogr.nauk, red.; KORNMEHO, V.-S.,
red.; ZARKH, I.M,, tokhn.red. -
[2ffect of swamps In the drainage basin on annual distribution of
streamflow in rivers of the White Russian S.S.R.1 Mianie sabo-
lochannoett vodosborov us, v=trigodovoo rasprodelenie stoke rek
SOL Pod re4, 11.3.1vanovo, Noskys, Gidrometeor.izd-vo, 1959.
233 P. [_ Graphs] _ Grefiki. (Kin 13-.6)
(White Passia-Rivirs) (swamps)

BLIHOV, L.K., nauchrly sotrudnik3 TSURIKOVA, L.K. I nauebigy sotrudnik;
FAKHOMOVAp A.S., nauchnyy sotrudnik; SOPAGH, R.D., nauchz*ry
sotrudmik. Prinimali uchastiyea FONSOV# A.G,; KALASHNIKOVAp
V.V,; KIRILLOVA, Ye.P.; WS', B.M.; IZBEDEVA, G.V.i KORNILENKO,
V.S.9 red*; ZRUSOVAI T.Ye.p tekhn.red,
[Manual of marine bydroebemical investigations for )Wdro-
meteorological observatories and marine kWdrometeorologioal
stations) Rukovodstvo po morskim gidrokbimicheskim issledo-
vaniiam; dlia gidrometeorologicheskikh observatorii i morskikh
gidrometeorologicheskikh stantsiL Pod red. L.K.Blinova. Moskva$
Gidrometeor.izd-vo (otd-nie)o 1959. 255 p.,
WRA 146)
1. Moscow. Gosudarstvennyy okeanografichealdy institut. 2. Labo-
ratoriya khImii morya Gosudarstvernogo okeanograficbeekogo
instituta (for BlinovD TSurikovaq Pakhomova, Sopach).
(Vater-Ana4sis)

OKOV, Leonid Afanselyevich; PIMM, Raum Zinov'yevIch; SHKETIM.
Solomon Xoiseyavlch; ICRN Do V.S., red.; ZAM, IoKo,
takhn.red.
[Aeorological research on.the *rariability of the atmospheric
refraction coefficient for ult:rashort radio waves] Aerologi-
cheekle Insladovanlia 1smanahl,rostl koeffitsionts prelonlenila
atmomfery dlia ulltrakorotkikh radiovoln. Moskva, Gidrometecre
izd-vo, 1960o 101 p. (KIRA 14:1)
(microwaves) (Refraction)

KLYUKIN, Rikolay lonstantinovich; SOKOLOV. I.F.. red.; KORMILIUKO. V.S.,
red.; MEMOVA, T.B., tokha.rodo
(Climatic survey of the northeastern part of the U.S.S.R.)
KlimetichaSkii ochext Severo-Tostaim SSSR. Pod red. I.F.Sokolova.
Koskvs, Gidrowtoor.lxd-vo. 1960. 116 p. (KIRA 13:11)
(Yakutia-Clinate) (Negodam.Province-Climate)

WITRIMA. Hatallya Goorgiyevna; LUJI, A.G.. otv.red.; PIOTROTICH, T.T.o
otv.red.; KORNILAM, T.S.. red.; ZAM. 1.K., takhn.red.
Ellements of water economw and rom,off forecast in the Amur Basin]
Ilementy vlagooborota I progftoz stoka v Priamurle. Kol3kra, Gldro-
meteor.izd-vos 1960., 210 p. (miaA 14:1)
(Amur Valley-Nmoffl

SHULTAKOVSKIY, Lev Gertsovich; SAGATOYSCY. N.V., otv.red.-. KORNILENKQ._
Y.S., red.; ZAWR, I.N., tokhn,rf)d.
EBeginning of ice formation and J.'reezing of rivers, lakes, and
reservoirs; calculations for proi;aostic purposes] Polavlanis
11da i nachalo ledostava na rekalth, ozerakh i vodokhronilishchakh;
reschety dlia teelet prognozov. Koskva. Gidrometeor.izd-vo, 1960,
215 p. (KIRA 13:11)
(Ice'on rivers, lakes, ate.)

K.QRNILIN,,_L. ~_t_ __
Raise street. construction to a high engineering level* ZML-kom.
khoz. U no.5:lo-n Yq 161. (MRA 1487)
.1, G:Lavnyy inzhener dorozbno-atroite.11nogo tresta. g. XAMBI&V11.
(Iaroslavl-Hoad constructioni

J~ 0. 1p, i'-" 'k ~' " -L ~
KORMILIN, V.V., inshener; EMIX, V,O,, Ln2honer*
Building an all-welded bridge. Art.dor. 20 no.6:13-15 Je '57.
(min 10-10)
(Kustanay Province-Bridges, Iron and stsel) (Zlectric welding)

KOHNILIN, V.V.Oinsho; ILOINs Voo'.inzh.
ailg. Trengp.strol.
Replacing small spans without removing x (MIR& 12:1)
8 no.12:30 D 158-
(Railroad bridges--Maintenance and r6P&Ir)

V. F.: N'AE37E;r Tach Sci. (diss) -- "rho ay-cavation of barrioris aimund
-OLIVES
shafts un&er the conditions of the Chelyabinsk basin". Sverdlovsk, 19r,,g. 1=5 pp
(Min Hij~her Educ LGSR) Sverdlovok Mining Inst lin V. V. Valdirushav)) 1G0, copien
(xL, ljo 6, 1-y59, 1'133)

KORNILKOV, V.N.-,- Inzb.
Determination of cost parameters for haulage and bolating in ChOIYa-
binsk Basin mines, Izv,vys*ucbebezav.; gor.shur. no-7t29-33 156*
(MIRA 120)
1. Sverdlovokly gorzWy institut.
(Chelyabinsk Basin-Aine haulage-Coats)
(Mine boist14--costs)

KORNILOV, A., inzh.; PAVLOV, V., inzh.
Machine manufacture of reinforced and mash-reinforced concrete
products. Na stroi. Roe. no.llt28-29 N 161. (MIRA 160) 1
,(Precast concrete) I
i

AN'T"YOV, A.Ya.,, dots.; STOMOREV, A.Ya., st. pre rod. , A.,
nauchn. red.; GORA, G., red.
(Soils of Stavropol TerrJAory] Poclivy StaVrIDPOIPb)[D0'.*r8i&-
Stavropol, Stavropol'ohoo hniz~moe Izd-vo, ivoi, 5i p. (f.U RA !8 - 8)
1. Kafedra pochvovedeniya 1 agrokhImii Stavropollako vell-
skokhozyaystvennogo instituta (for Antykov, Stoutorev .

KORTULOVO A.P-.; KOSTINA., V,%.
0;TtLzal. area of pea leaves for the achievement of large crops
2.1
ki J.01. rast. 12 no.3t551-553 My-Je 165, (DIIRA 18zlOi
1, Kaf6dra rasteTd:"wdstva Starro-pollskogo sellskokhazyayat-
vennoge instituta.

AUTHOR: Kornilov, A.A., Mechanic 91-58-6-8/39
TITLE: On the Defects of the "Sampo" 400 h.p. Locomobile (0 de-
fektakh lo,komobilya "Sampo" 400 1-s-)
PERIODICALt Energetik, 1956, Nr 6, pp 10 - 11 (USSR)
ABSTRACT: The locomobile boiler was found to be incorrectly mounted on
its supports, leading to vibration and the emergence of con-
tinuous cracks. The cracks were welded up and the attachment
of the boiler to its supports strengthened by tightly-affixed
cover plates which were then welded to the boiler. Welded con-
necting plates were then in turn welded to the support clamps.
There is I figure.
AVAILABLE: Library cf Congress
Card 1/1 1. BoUers-Kaintenance 2. Boilers-Vibration

18(5) SOV/128-59-5-10/35
AUTHOR: Kornilovq A.A. Engineer and Oreshkin, V,D.,
Can_d-1tWtY-6-f_T_e~chnical Sciences
TITLE: Forced Cooling of large-size Iron Castings in Indi-
vidual and Small Series Production
Minsk,
a new method for faster cooling of large size cast'ings
has been worked out. The special feature of this method
is a caisson (Fig. 1) of 7200 x 300 x approx. 1000 mm,
the bottom of which is made of fireproof bricks or ce-
ment. The castings which have to be cooled are put in
in a checkered manner not surpassing the height of 150
mm. Theme pieces are covered with iron sheets of 3 mm
thickness. By means of a ventilator, air is blown
through in a longitudinal direction. Various examples
are given, e,9. the bench of a large planing machine
(24 tons) (s e Fig. 2) w'hich is put ints the cooling
Card 1/2 device with a temperature of 320 - 350 C. The time
PERIODICAL: Liteynoye Proizvodstvo, 1959, Nr 59 pp 19-21 (USST?)
ABSTRACT: In the machine tool factory imenii Voroshilov at

SOV/1 28-59- 5-10135
Forced Cooling of large-size Iron Castings in Individual and
Small Series.
of cooling is shortened from 7 to 2 days. Fig. (3)
shows the frame (9.7 tons) of the planing machine,
initial temperature is 200 - 2800C., the cooling time
shortened from 3 to 195 days. Similar examples.Xjlre
shown in Fig. (4) and (5). There are 5 diagrams
Card 2/2

1). 1 VkRT7,Tly
A. A., hEll'KI" V. ml. V. and
a ion of Forced Cooling- Of Cgstinl~,~s in Sand Voulds"
"Investi-0, t
th ranting ';~fould
rt, presented at the 7th Conference on the interactiOl! (f ~ e
repo ;e nF*1
and the .'ating, sponsorea iy une Inst. of 1, ch..anical -E-ngilneeri ~ Acad. Sci.
USf!-R, 25-28 january 1961.

OPMKIN,,~A.Pej IjEPK3p.V.D.; KORNILOVp A.A.
Ncmogram for determining the cooling time of large casts under
,conditions of accelerated cooling. Izv. Sib. otd. AN SSSR.,no.
(MIRA 15: 1)
11:137!P.142 161.
1. Kl~imiko-metallurgicheskiy iniititut Sibirskogo otdeleniya-
A14 SSSR, Novosibirsk.
W

ROMAIJOVAP I.S.9 k&W.med.nauk; WOVA., L.G-s k&W.med,nauk; NORNILOV,,
A.A. skandomsdonauk
Cases of a combination of hypertension and tumor of the brain
with mental disorders. Trudy 1-go MKI 21:273-284163.
(NIU 16s9)
1. Kafedra psikhIatrii (zav. - prof. V.M.Banshchikov) 1-go
Moskovskogo ordona IAnina meditainskogo inatituta, inoni I.M.
S.chenova. A
(HYPERTMION) (BRAIM-TUMORS) (PSICH(B FA)

LISTVIN, LA.; CHACHIN, V;?., red.; KOM~j4?y,_A_,A',J prof., doktor
sellkhoz. nauk, red.
[Reco=endations of a scientific industrial conference for
erosion contro,1-An Stavropol TeXTitory) Relmmendatsii na-
uchno-proizvodstve=oi konferentsii po bor'be a eroziei
poeh,v na Stavropolle. Stavropol.-kraevoi, 1962 14 P-7
itURA 1714)
1. Nauchno-tekhnicheskoye obshchestvo sellskogo khozvaystva.
Stavropollskoye krayevoye pravloniye. Agronomicheskaya seMmi-
ya~'-2. Predsedatell krayevogo V.7avleniye Nauchno-takhniche-
skogo obshchestva-sellskogo kho,zyaystva (for Chachin).
3. Zamestitell predsedatelya krayevogo pravleniya Hauchno-
tekhnicheskogo obshchestva seltakogo khozyaystva (for
Listvin). 4. Stavropollskiy se1'skokhozyaystvenrqy institut
i predsedatell agronomicheskoy sektsii pravlemiya Nauchno-
tekhnicheskogo obshchestva sellskogo khozyaystva (for
Kornilov).

, A. A.
27804. KORNILOVp A. A. -. Utochnit' parqatiye "Sort". Selektsiya i samenovodstvol
1949p No. 9S. 26-28
SOs Letopis' Zhurnallnykh Statey, Vol. 37,, 1949

, I . .
36318
0 sortovam rayontrovanit travoomesey. Sov Agronomiya, 1949, No. ii, a. 65-69
SO: Letopial Zhurnallarkh Statey, No. 49. 1949

GTIWPL vol. 5.ma. I Jon. 1952
wi stat Loll). jVAVfb
Altiriculturat F~Pttll`!"
Kormlov, A,A. uj wilea%. 787,10
-colid,1101j.11
Akfidomly* NaUk, S.S.S'It., Dcklmdy Vol. "I NO.

Kq,~-nilov. A.A. fKaragandinsk Agricultural Experimental Station). The influence of the teat
1 inn of the spike in some types of whent, 1033.6
Ak"wip Net& S.B.S.R., DAL* Tel. 79 go
4d

XOPaII LOV, A - A.
Oa&S
Fast-rinening Dolin,~ oats GE-16 Sol. I Lrem., 11), No. 2, 1Q5.'
9. Monthly List of .Russian Accessions, Library of Congress, Jimm IIr-P19)6ft. Unclassified.

YGRIIILT.', A. A.
Wheat
Selection of large-uniked lu-.rd wheat of h1eh nroductivity. Sf~l. I sen. 19 no. ~, II-r2
9. Monthly List of Russian Accessions, Librarf of Congress, JuLe 1952 Mil Unclassified.

1. I(OR!.ITOV-, A. A.
2. USSR (600)
4. Botany - Physiology
7. Predominant task inthe field of plant physiology. Sel. I. se-1. 19 No. 11, 1952.
9. Monthly List of Russian Accessions, Library of Congress, February .1953, Unclassified.

.-Ov) A-W.
A.A. and VEH'A,,tLTSKAYAj V.V.
Pro.,a;-Aion of "esparcete" in dry steppe regions ana role of club-,~haped bacteria.
Mike biologiya. vil. 21, P-423. 1~52.

A..- V. X
Sainf oin
Pene",ration of sainfoin into and steppe regions and the role of nodule bacteria.
Mik7obioligiia 21, No. 4, 1952.
9. Monthly List of Russian Accessions. Library of Congress, INovember 1953~ Unclassified.

KORNILOV, A.A.; OPARIN. A. I.., akademik.,
Completion of the light develormontal stage of wheat.
173-176 S '53.
1. Akademiya nauk SM (for Oparin).
Dokl.AN MR 92 no.l:
(HLHA 6:8)
(Wheat)

KOTNILO V, Aleksandr Aleksandrovich
Karaganda Agricultural Uperimental Station, Acaderdc degree
of Doctor of Agricultural Sciences, base on his defense, 26
March 1954, in the Council of the Ojask Agricultural Inst imerd
Kirov,, of his dissertation entitledt,. "Directed Culture of the
Hybrids of spring wheat and oats in the light stage as a method
of selection".
Acadezdc degree and/or title: Doctor of Sciences
SO: Decisions of VLK, List no. 9# 16 April 55, Byulleten' HVD SSSR, No. 14,
Jul 562 Moscow, pp 4-22, Uncl. JPRS/NY-)429

-KMILOVO Ale)mandr-Alskeandrovieh.
[Millet; biolo&7, breeding, seed growing. cultivation] Proso,
biologiia, selektaiia, somenovolatvo, agrotekhnika. Koskva, Gos.
izd-vo solkhox.lit-ry, 1957. Z55 P. (min 10:12)
(Millet)

Z
couatry : USS R
CATMIORY - : Cultivated Plants. Grains.
195io
JOUR. 11io. 21
NNO, 95921
AUTHOR 110-wlally-.~
INST. AS USSR
Control of Growtb and Development Tempos as
ft Means of Boosting the Productivity of Grain
Oropa
ORIG. PUB. : V ob.: Biol. onwry proshaysm. zemlod. M.,
AN SSSR, 1957, 41-9-40
AMRACT : Kuraganda Agr'Loultural Experimntal Station
conduatod In 1946-195L field and vegetation
Vesta with Wheat ard millet to study the
fliffeat of a prolonged photoperriod on the
productivity of the plants and to find out
methods of controllIng growth tind develop-
parit rates In the 1,-ilants. An oontrol means,
ono used shade and additional illumination
(in hotbou3ea), aide-dresaing the plants with
different fertilizers during various phases
CARD: 1/2

COUNTAY M
01 Alle 0i) OPY
A93. JOU111 !~ZB1014, -N01210 1958, -10. 95921
AUTHOR
IN 3T .
T V L:L
ORIG. PUB.
A113TRACT of development, tha application of Irriga-
tion, the uso of hybrid pls4ts and soleotion.
An analysla Is given of rooord orops and
the results of tho varloty tonti" of millat
in 1952-19~3 W of whant In 1953-1954. The
bibliograrby 113ta 20 titlds.--V.S. Shmallko
CARD,. 2/2

AUTHOR KORNILOV, A.A 20-5-56/60
TZTLE 17~esistan~_e to Cold an-k-lardening of Zea Maize Plants.
q,
(Morozostoykost' i zakalka rasteniy kiikuruzy -Russian)
PERIODICAL Doklady Akadem.Nauk SSSR,1957,*701 114,Nr 5,PP 1116-11iq(u.s.s.R.)
ABSTRACT In publications on plant cultivation it is usually pointed out that
maize,as a warmth-loving plant$,is injured by frost of -2 and -30C,
and withers.In this connection cases were observed in which some
types of maize could stand lato frost of 4,400 in the leaf-phase
3-5. In Sibiris maize in field culture allegedly stood frost of
-70C- In the laboratory of the station mentioned below ("At") the
author performed numerous tests with different types of maize and
the results make it possible to make proposals for a selection of
maize with regard to resistance to oold.The boxes with plants in the
leaf -phase 3-6 were frozen th,7ough one or more times for 3-4 hours
in a special closed room or in an open place accessible to north
and east winda.The test results were examined after a 2-3 days'
stay of the plants in a warm room.The completely uninjured plants
and those with one frozen leaf constituted the group of un-injured
plants; those with 2-3 frozen leaves were considered injured; among
the withered plants the author counted those who had lost their tur-
gor after thawing or whose parts above the earth withered,indepon-
dent of the fact whether they later on sprouted or not.it -40 and
-50C there existed two sharply separated groups: those withered and
Card 1/3 those almost completely intact.Border oases rarely occurred. lo ty-

20-5-56/60
Resistance to Cold and Hardening of Zea Maize Plants.
pes.of various selection at ations were tested.Tab.1 shows that maizo
plants in the leaf-phase 4 s,re less resistant than in leaf-phase
2-3. Further tests were made with hardened plants.Great differen-
ce among the types were observed with regard to cold tolerance.But
the differences within one individual type between the hardened
plants and those exposed to frost immediately from the greenhouse
were much greater.Among the latter hardly any were able to stand
front of -400,namely from 8 to 3016. These results agree with the
wide-spread opinion that maize freezes up at temperatures below -30C.
In a closed room they stood up -to the same cold of -40C much better
than in the open and in wind.Anttlyses of hardened plants confirmed
the opinion that the hardening of winter crop is connected.with
a raised sugar content.The autlwr then tested the plante,whioh had
been hardened at -400, at -500-l'aft of them stood this temperature
fairly longlespeoially in calm without a north or northeast wind.
This resistance must be distinguished clearly from the cases which
occurred in Siritiat at late frost of -50 and -60C all maize plants
withered,the leaflets became black and lay on the earth.Later on
the plants again sprouted and normally concluded the vegatation, pe-
riod.If the seed stuck in the earth sufficiently deep,the DlaUtG C-
ven. sprouted again after a cold of -70C.This ability must not be min-
taken for the relative resistance to cold,since it is due to a con-
Card 2/3 siderable store of foodstuff in 'the endosperm.

KORNILOV. A.A.. doktor sellskokhox-nauk
Sainfoin Onobrychis arenarla in nonrotating fields and in
forage crop rotations of tha arid steppe. Zemledelie 7
no.10:67-69 0 159. MIA 13-1)
1. Stavropollsidy seI'skekhosy&ystveuW Institut.
(Sainfoin)

dcktor sellkhoz.
KORNnA)V .- AlelcssWr,4lsksspd 71 nauko prof.;kOWSHOV
Y:.G.q rid.; NMAv rod.
[Killetl Proso. Kcakwa, GaneW.-vo sallkhozo lit-ry, 1960. 243 PO
(MIRA 14:6)
(Minot)

C__
X MNILOV, A.
~itell no.8s18
More than one hundred apprentices. Stro (KIRA 13,,~ '6o.
(Is&av, Sergel AleksaiArovich)

KORNILOV,, A.A.
Course of bypertonle paychosem in the light of a late catarco.
nesia. Trudy I-go IM 21:184-3.91163. (MU 16 0)
1. Kafedra paikhiatrii (tav. - prof. V.M.Darwhehikov) 1-go,
14oskovskogo ordena loniha neditsinskogo inatituta imeni
Sechenova.
(FSYCIIOSFZ) (HIPMEDS ION)

KORNILOVV A*A%
Sustaining therapr for patients after -scovery from hypertonic poy6.
choses, Trudy L-go, )W 251249-252 163. (MIRA 17M)
Is W*dra psiMiatrii I-go Masko"kage ardena Lenina meditlinskoge
institute Ind I.M.Seabenova (save kafedroy prof* V,MAknahchikov).

X UTDO sellskokhoz. rjauk
,
I
I
liea betioeon soientifia Inxtitutiono and productims Z*Mled*310 27
no.33-.6-11 R 165o (MiRi 18-010)
1. Stavropollskiy sellskokhou ins~itut,

.VSDMWZOV# V.A.; KAZANTSIT# Tu.K.; IM=AV*-AJ,,-KHILKOV, V.A.
Negative serological reaction inpatients with oyphilis treated
withbiciMn-la Testedermeivem. 34no.6s42-0 f60.
(MMA 13812)
le Iz kafedry kozbMkh i venericheskikh bolesney (zav. - prof.
V.A.'VedermIkov) Arkbangellsko0meditsinskogo institutao
(s in Lis) NVIGIELM)

KORNILOV, Alekcandr Ivanovich; KINIJI~ V.F.[deceased]; ZIIIOVIYEV,
Anatoliy YakovIevich; ZAMADSM, Vasiliy Ivanovich;
KALIN1211 O.V... red.; FREGER, D.P.., red. izd-va; BELOGUROVA,
I.A.2 tokhn. red.
(Mesh-reinforced concrete roofs for industrial buildings;
experience of the "Orgtekhstroi" Trust and Trust No.44 of the
Administration of Construction of the Leningrad National
Economic Counoil]Armotserentnyo iokrytiia dlia promyshlennykh
zdanii; iz opyta raboty tresta "Orgtokbotroill i tresta No.44
Upravloniia stroitelistva Lensoviiarkhoza, Leningrad, 1962.
16 p. (Leningradski-i dom nauchno.-tekhnicheekoi propagandy. Ob-
men peredovym opytom. Seriia: "StroitelInais. prorvshlenmstl
no.5) (M]IRA 15-.81
(Roofing, Concrete) (Indusixial buildings)

NOILI-FLOVI A. 1, .
"Spectrophotorietric Study of Solar SpotC-" Cand Phva-111-ith Sci, State
Astronomical Instu -.Lacm. Shternber,,,,, Moscow, 1954. WhAs~r, afar 55)
So: Sum. No 670, 29 Sept 55 - Survey of Scientific and Technical Dissertations
Defended at USSR Higher Educational Institutions (15)

XORKILOV. A,. 1.
Possible symtamtlc s"or In determining the exaltation tempera-
ture by mans of *the cuxve of luarease". Soob.GAISH no.100:
65-71 '57- (MIRA 12:1)
(Astrophpmsics)

KORNILOV. A. I.
Remarks on the energy of ovei1litoro for Fe I spectrum lines
measured with an a.c. are. Soob.GAISH no.107:3-15 160.
(14M 14:3)
(Spectrumt Solar) (Oscillal"orsy Electric)

3-154o 7802-7
SOV/33-37-1-27/31
AUTHOR: Kornilov, A. I.,
TITIE: Concerning the Influenole of Sunspot Magnetic Fields
on the Curve of Growth
PERIODICAL: Astronomicheskiy zhurnal, 1960, Vol 37, Nr 1,
pp.182-184 (USSR)
ABSTRACT: Several authors have investi ated this problem:
Bruggencate and Kldber (1939~, J. Warwick (1953
and 1955), Hubenet (19~*) ). The present author
obtained his observational material in 1953 at
the Kuchino Astrophysical Observatory near Moscow,
when a large sunspot was present. He constructs
his curves of growth with the lines of VI and FeI,
and follows the method of Warwick. For the parameter
of magnetic splitting the author chooses the quantity:
1/2 C Z~ (Mg) ]
Card 1/2 which can be expressed as a function of Lande's factors

Concerning the Influence of Sunispot Magnetic 78027
Fields on the Curve of Growth SOV/33-37-1-27/31
and of the quantum numberu of the upper and lower
levels. Two graphs show that there is no dependence
of the equivalent width on the parameter of magnetic
splitting. The scattering of the points is ascribed
to errors of the oscillator strengths, and the rise of
the curve of grovith is attributed to microturbulence.
There are 2 figures; and 12 references, 3 Soviet
4 German, 2 French, 1 Japanese, 2 U.S. The U.S *
references are: J. Warwick, J. Astron., 58, Nr 1216,
48, 1953; Ch. Moore, Atomic Energy States, Circ. Nat.
Bur. St., 467, 1949, 1-952.
ASSOCIATION: Sternberg State Astronomical Institute (Gos. astronom-
icheskiy In-t imeni P. K. Shternberga)
SUBMITTED: January 27, 1959
Card 2/2

AUTHORS: Kornilov, A. I., Kozhevnikov, N. I.
41277
S/035/62/000/010/025/128
A001/A101
~TITIZ: Polarization of radiation and Instrumental contour of a speo-
trograph
.PM-IODICAL: Referativnyy zhurnal, Astrononiya, I Geodeziya, no. 10, 1962, 116,
abstract IOA335 ("Soobshch. Gos. astron. in-ta imeni P. k. Shtern-
berga", 1961, no. 117, 15 -'20)
TEXT: The authors consider theoretically the profile of a diffraction
image of the spectral line; in summation of oscillations in the focal plane
of the spectrograph, not only phases but also polarization'of oscillations
of light are taken into account. Incident light is assumed to be plane-polar-
ized, parallel and perpendicular to the spectrograph slit. Diffraction is cbn-
sidered only on the diaphragm of the"prism or the grating. The calculation re-
.sults are presented in graphs showing distribut ion of amplitude and intensity
as a function of diffraction angle for aperture ratios of the spectrograph
0.75 - 0:0; this dependence proves to be,inaignifIcant. Since the amplitudes
C.ard 1/2

S/035/62/ooo/olO/025/128
Pola;ization of radiation and... AOOI/AjOj
of polarized components coincide for small aperture ratios, the authors con- I'X
elude that, in experimental determination of a diffraction profile of the
slit image, differentiating of light bundles with different polarization is
not necessary. A necessity in separation may arise only in cases of spectre-
graph cameras with aperture ratio:~,;;-1. There are 5 references.
Ye. Makarova.
[Abstracter's note: Complete translation]
Card 2/2

4/623/61/ooo/ja7/oo
a/bqa
9032/z4jL4
AUTHOR: Kornilov, -A.16
TITLE: A spectrophotometric study of sunspots
SOURCE:- Moscow. Uni,~,*rsit*t. Goaudarstvennyy astronomicheaki
Y,
institut. Soobshcheniya, no.117, 1961, 27-56
TEXT: The sunspot spectra used in this study were obtained with ."I"
the solar spectrograph of tho'Kuthiniska)ra'astrofizicheskaya
obserVatoriya (Kuchino Astrophysical, Observatory) GAISh, whic6_ha'
a dispersion of 1.66 A/mm in the second order. Altogether 187
photographs of the spectra were obtained, out of which 2 plates
with 5 spectra of a sunspot observed on July 14, 1953 ~were
selected for analysis (4230 to 4580 4), 4ho sunspot was
located at a distance of 0-36 R fram,the.centre of the disk_- nd:-;'
a,
its size was 40". Growth curves were plotted for the.linels-, V
Ti I, Ti II, Fe I and Fe.11. Analysis of the growth curves was
based on the assumption that the distribution of atoms over the
energy states is of the Boltzmann type. It was found that th
average excitation temperature for the abov'e.sunspot was 385POK
-I and, V~ I &town in the laye
and that the number of Fe r in which
Card 1/2

SATAMIN, A.V., doktor tekhn,nauk; SMCHENKO, B.A.,, kand.takhn,nauk)
KCMOKHOV~ P.Gal XORNILOV, A.I.,, inzh.; PAVLOV, V.N.,, inzhe
Concrete mIxes for mold roUing, and vibration mold rolling.
Trudy NIIZHD no,33:271-291 16A.. (MIRA JW)
I* Leningradukiy institut inzhenerov zheleznodorozhnogo trans-
porta (for Satalkint Sencbenkot Komokbov). 2, Orgtekhstroy
Laningradskago ooveta narodnogo khozyaystva (for Kornilovp ftvIoQ.-

!'C TITT i 0111 ~~ I. y ; PA. VLOW, V. N., inzh.
.- I... ~ : ..
Multiple-un". prontid-,;re in pr6parIng thin-walled rc-'Inf6rced con-
,:..ruto anti neoh-ro_4t-,forcad concroto elements for induat.--bil
buildlng8. Trudy WIMB no.33:259-.270 1()~I+.
(MIPA IE :2)
~. Tri-st '10-:-~tekhqtroy'-, Leningradskly govet narxlnogo ~.hozyay6tva.

BOGATTRIV, Viktor Vladintrovich; EDRNILOV. A.M.. red.; KATTIM, G.I.,
tekhn.red.
[Flood control for reservoir argas of large bydroslectric
pover stations] Inshenornals, saisbehits, v sonakh vodokhranlllshch
krupnykh g14roslektrostantelt. Moskva. Goo. anarg. lad-vo, 1958.
179 P. Oydraulle sminsering) (Reservoirs) (MIDA 12:1)

aMCMUS T.I.g rORIFITAV- A-M-- IWJCrSUV'. X.Y.; OLIKU, T.T.;
PROS OV, D.K.; SUBMIOT. LP.; SMIXOTv M.P.
Uranium mineralisation in carbonate sedimentary rocks.
Gool.rud.sestorosh. no.6:27-313 N-D '59. (KIM 13:7)
(Uranium ores)

BRISTOY, V.S.. red.';,KoFjjLOV. I.M.. red.; VORONIj, K.P.0 tekha.red,
[Design and construction of hIgh dome; materials of the conference
on high dame) Frooktirovania i straitalletvo vyaokikh plotin;
po zaterialas moveshchaniia po i7sokis plotinam. Pod obahchei
red. V.S.BriBtoya. Koskya, Goo.onarg.izd-vo. 1960. 196 p.
(KIRA 13:06)
-1. Nauchno-takhaicheskoye obahchestvo stroitellnoy industr1i
SSSR. 2. Chlen-korrespondent Akademil atroitallatva i arkhitek-
tury SSSR ; Takhnichaskoye upravlaniye Hinisterstva stroltelletva
alaktrostantsiy SSSR (for Bristov).
(Dams)

DWNsKIT, Vitally Yoflwvi chi prof,;- KWILDT, red.; BWUNOV,
N.I., tekbn,redo
[ConstrtLetion or the MnVcbaur complex of hydroelectric
struotures; Mingechour and Tarvarofts Hydroelectric Centers]
Stroitel'stva Kinachaurskogo koupleksa g1drotekhnichaskikh
sooruzhanii; I(Inpchaurskii i Varvarinskil gidrously. Moskva,
Gos.ensrg.izd-vo,, 1960, 207 p. (Km 14a)
(Mingechaur Hydroelectric Power Station)
(Tarvarovkm ftdroolootric Power Station)

KUPEDIAN~ V.L., inzh.; OBMZKOV.9 S.S., insh.; ERISTOV, V.S., red.;
BOBRITSKIY, N.M., lnzh., red.; MOSTKOV, V.M., inzh.,
red.; ROZANOV, K.A., inzh., red.; TAYCER, S.I., inzh.,
red.; K(I.RN.IL.OV,.A-.M-,, red.; IARIONOV, G.Ye., tekhn.red.
[Design and construction of hydraulic tunnels and under-
ground hydroelectric power stations] Proektirovanie i so-
oruzhenie gidrotekhnicheskikh tunnelei i podzemnykh GES;
materialy soveshchaniia. Moskva, Gosenergoizdat, 1963.
231 P. (MIRA 16:10)
1. Chlen-korrespondent kkademii stroitellstva i arkhi-
tektury SSSR (for Eristoy).
(Hydroelectric power stations)

RABOTNOV, B.A., inzh,; KORNILOV, A.M., inzh.
Efficient use of welding equipment. (Trudy]LMZ no.11:114-118 164.
(MIRA 17s12)

XCHNILOT. A.M., kapita meditsinskoy slushby
Notor function of the gastrointestinal tarat in radiation sickness*
Voon.-meds shure no-3:W25 Wr 156. (NUU 9:0)
(ALWWARY CANAL) (RADIATION SICKUSS)

'~,IKOIWILOV, A.Nop kand,meditsinskikh naul:
Use of soma simple physiological tests for the hygenic evaluati=
of air ponution by industrial wastes. Gig. i nan, 25 no-43107-108
Ap 160o (MIRA 130)
1. Iz Instituta radiatsio=oy gigiyeny Ministerstva sdravookbraneniya
RSFSR.
(OW-AIR-POLLUTION)

KOIU,IILOV'pz A.N.p Gand thein Soi - (diss)"Doterminntion
of tho temperatura of boron oxido formition." lJosp 1959-
11 pp (Mros State U im M.V. Lomonosov. Chemical Faculty.
thermal Laboratory im V.F.Luginin)- 150 coPies Biblio-
graphy at end of text Mt 40-59t 102)

28(5) SOV/76-33-8-35/39
AUTHORS: Vostroknutov, N. G., Callchenko, G. L.,
Skuratovp S. M. and Tt11&e-y_e4_,' B. 1.
TITLE: Arrangement for Measuring the Work of Alternating Current in
Calorimetry
PERIODICAL: Zhurnal fizicheskoy khimii, 1959, Vol 33, Nr 8, pp 1663-1886
(USSR)
ABSTRACT: ?or determining the heats of reaction taking place at higher
rates with high.temperatures, a calorimeter bomb with an
electric furnace is usually used. Since, h6wever, the resistance
of the furnace greatly increases within a short time, the
determination of the work of the current becomes very. diffi-
culti#.the amperage and voltage change in wide rahges. Ref-
erence frecommen4s in auch oases to use a precision watt-
meter, but fails to give any data regarding the pattern or
the method of measurement to be used. Now an a'rrafig6ment for
measuring the work of thla electric current in the'.furnace
of a calorimeter bomb under the above circumstances is des-
cribed. The wiring diagram Fig 1) consists, in the main,
R
of an active-current meter
) and a reactance-current meter
111). For (1 9 a sin le-phase alternating current meter of
Card 1/2 the W Hi 55 4iemensl tY])e for 5 a and 120 Y is used. In recent

SOY/76-33-8-35/39
-Arrangement for Measuringthe Work of Alternating Current in Calorimetry
times, however, this instrument was replaced by a current
meter of the V-3 type designed by 11. G. Yostroknutov, VVIIK
(Moscow) in order to raise the measurement accuracy. A current
meter specially made for the requirements of (II) (Ref 2) was
built at the otdeleniye alektricheskikh izmereniy VNIIK (Moskva)
(Department of Electrical Measurements of the VNIIK (Moscow)).
The measurement principli)9 the current meter calibration
(Table), and the use of 'the arrangement in calorimetry are
described, and the corresponding calculation equations are
given. There are 1 figure, 1 tableg and 3 referencesp 2 of
,which are Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im, M., V,, Lomonosova
1(moscow state Vniversity imeni M. V, Lomonosov)
SUBMITTED: January 279 1959
Card 2/2

5(2,4) BOV/20-127-5-23/58
AUTHORSs Gallohenkov G.,L.# Kor~i~lov _A
Skuratov, S. M. Timofeyev, B. I.0
TITLEs The Standard Enthalpy -of Boron Oxide Formation
PERIODICILs Doklady 1kademii nauk 13SBRI 1959, Vol 127, Nr 5,
pp 1o16 - 1o18 .(USSR)
ABSTRACTt The en,thalpy of B 03 miantio ned in the title is a fundamen-
tal quantity in tKe tharmochemistry of the boron compounds.
Its determination is connected with considerable experimen-
tal difficulties. Due to this.fact the values mentioned in
pubAcations (Refs 1-15) do not agree (-270-366 koal/mol).
No reliable value may ile chosen from it a?noe in part of
the paper's (Refs 1-9),the errors caused by the side processes
cannot be detectea whereas in the other part of these papers
data lsok permittingthe utilization of the obtained results.
In the present paper a report ia made on an experimental
determination of the montioned quantity by 3 independent me-
thods which (within the limit of measuring errors) led to
one and the same result. 1) C a m. b u a t i o n. o f b c, -
Card 1/2 r o n in o x Y' g e n , 2) D i r e olt do t e r m i n a -

The Standard Enthalpy of Boron Oxide Forzation SOV/2o-127-5'-23/56
t i o n of the h e a t of I o r m a t i o n of b o r o n n i
r i d e a n d t h e a 0 ia p u ta t i o n of t h e &HO
form
of B 203 b y u a i n g a r e 1 i a b I y d e t e r m i n e
* a 1 u e of t h e c,o m b u s t i o n h e a t of b o r o n
* i t r i d e (Ref 18). 3) 11 1 r e c t d e t e r m in a t i o n
of t h e h e a t of f o r m a t i o n of BC1. and the c o m-
p u t a t i o n of & HO ojp B 0 by using relia~jy d e t e r-
form ' 2 3
m i n e d h e a t v a 1 u e s f o r t h e BC1 h y d r o 1 Y
s i s (Ref 19), a n d t h e B20 d i s a 0 1 U t31 0 n (Ref 2o)
a a w b 1 1 a a t h e H 20 ,f 0 ~ m a t i o n and of the HCl
a o 1 u. t i o ii c o r r e s p o n d i n g to t h e c o n c e n-
t r a t i o n (Ref 14). The above mentioned agreement of the re-
sults obtained according to the methods 1-3 proves that consid-
erable systematical errors have been avoided in each of the de-
terminations. There are 22 references.
ASSOCIATIONg Moskovskiy gosudarstyennyy weliversitet im. M. V. Lomonosova
(Mosc6w State University imeni M. V. Lomonosov)
PRESENTED April 7, 1959$ by V. K. Kondratlyev, Academician
STJBMITTED: April 4, 1959,
Card 2/2

OOA lot
1), 2031 B004/BO67
AUTHORS. Gallchenko, G. L., Kornilov, A. N.j Skuratov, S. M.
aJ0,1f Boron-VI
TITLE- Combustion He
PERIODICAL: Zhurnal neorganicheskoy khimli, 1960p VOL 5, No. 10,
PP. 2141-2147
TEXT: The authors discuss ~~e strong spread of the values of the
standard formation .e f B203 hithert-o published (Refs. 1-9). The
combustion of0boron\kin the presence of organic substances leads to
uncontrollable-~`=ie reactions and, hence, to unreliable 'values.
Therefore, the authors determined the forms.tion enthalpy of B203 by three
atethods. In this paper, they describe the combustion of boron in oxygen.
boron contained in a quartz bowl was heated to 10000C in a bomb
calorimeter (Fig.) at 7 atm oxygen pressure by means of a small electric
furnace. The authors explain the calculation of the heat generated by the
electric furnace by means of the empirical equation
StV2
(a/r) dt + b (1).
qel t
0
Card 1/3

Combustion Heat of Boron S/0 788416101/0 0 5/010/001 /02 1
B004/BO67
The constants a apd b were determined; r denotes the resistance of +he
heating element, V%its voltage'. The integral ~V2dt was calculated for
the time intervals t - 10 see and t - ISOM2 sea (time of switching off)
by means of the trapeze method. V was measured every 10 - 15 see by means
of a Disselhorst potentiometer and M-21 (BI-21) mirror galvanometer . As
is shown in Table 1, the values obtained fc;r Qe from equation (1) are in
good agreement with the experimental data.-Por determining the enthalpy
0-17 - 0.25 boron were weighed into the bomb. After its combustion, the
increase in weight of the weighed-in portion was determined in dry airg
and the small portion of evaporated boron oxide was dissolved and
titrated by washing the bomb (Table 2). Attempts of extracting B203 from
the reaction mass by means of water and of determining it titrimetrically
led to low values (Table 3). Extraction remains incomplete. Due to the
short duration of action of the high temperature$ amorphous boron and
vitreous boron oxide are assumed as final p:voducts and calculated under
these conditions: AH formB20 3 glass - -298.'7�1.8 kcal/mole. There are
1 figure, 3 tables, and 16 references: 3 Soviet, 8 US, -1 British,
1 French, and 3 German.
Card 2/3

8
Combustion Heat of Boron -S/07418,
,~60/005/010/001/021
'BO04/13067
ASSOCIATION:. Moskovskiy.gosudarstvennyy universitet im. M. V.
Lomonosova (Moscow State University_imeni M. V. Lomonosov).
Termokhimicheskaya laboratori.ya im. V. F. Luginina
(Laboratory of Thermochemistry imeni V. F. Luginin)
SUBMITTED: August 21, 1959
Card 3/3

85621
AUTHORS:
TITLE:
PERIODICALs
S/076/60/005/012/002/016
B017/BO64
Gqllchenko, G. L., Kornilov, A. N., Skuratov, S. M.
Determination of the Formation Enthalpylof Boron Nitride
Zhurnal neorganicheskoy khimUf 1960, Vol- 5, No. 12,
pp. 2651-2654
TEXT: The formation heat of boron nitride was determined in a calori-
metric bomb heated by a small electric furnace. Amorphous high-purity
boron (0: 0.23%, HS 0.12%, Ns 0,005%, and Oa, Mg, and Cu totaling -,,0.01%)
was used as initial material. For the expeximents, nitrogen was freed
from oxygen, and dried. A table lists the xesults of determining the re-
action heat between boron and nitrogen. The formation enthalpy of hexa-
gonal boron nitride from crystalline boron and gaseous nitrogen was
calculat'e'ds and the following values were determineds
&HO
formatioJIfferystalline 60-7 � 0.34 kcal/mole.
The formation enthalpy of boron oxide was determined by the following
thermochemical equationst
Card 1/2

85621
Determination of the Formation Enthalpy
of Boron Nitride
S/078/60/005/012/002/016
B010064
2 13 crystalline + K 2-gas w- 2 13N crystalline
6H - -121.4 � 0-7 kcal
2 BN crystalline + 3/2 02 gas = B203 glass + N2 gas
6H - -180-4 + 1.2 kcal (according to Ref- 5)
2 Bcrystalline + 3/2 0 2 gas = B203 glass
ARO
formationD203 glassd- -301-8 � 1-4 kcal/mole.
This value is in agreement'with puSI ed values (Refs. 6,12,and 13).
There are 1 figure, 1 table, and 13 references3 4 Soviet.
ASSOCIATIONt Moskovskiy gosudarstvennyy universitet imo M. V. Lomonosova
(Moscow State University imexii M. V.Lomonosov)a Termo-
khimicheskaya 1-aEoraro-rTyam. V. F. Lu-gTn-inE-(Thermo-
chemical Laborp'---:-y imeni V. F. Luginin)
SUBMITTEDt August 219 1959
Card 2/2

S/193/60/000/008/010/018~
A004/AOOI
AUTHORS: Zorniloy A, N Mikhaylov, A. X.
TITLE: The n3500-180 (PE 500-180) Feed Pump Installation
PERIODICAL: Byulleten' tekhniko-ekonomicheskoy informatsli, ig6o, No.8, pp. 37-40.
TEXT: The Vsesoyuznyy nauchno-issledovatellskiy institut gidromachinostro-
yenlya (All-Union Scientific Research Institu-16,e of Hydraulic Machinery), -VIGM,
together with the spetsial'noye konstruktorskoye byuro pitatel'nykh nasosov
(Special Design Office of Feed Pumps), SK13 PN, and the Sumskiy nasosnyy zavod
(Sumy Pump Plant) have developed in 1959 the ?E 500-180 feed pump installation
intended for ~he feed of boilers with a pressure of 140 atn,the boilers being
installed in high-power thermal power stations. The installation is composed of~.
the pump, the ATM-3500-2 electromotor, the ~JC-65X2 (MG-6512) hydraulic coupling,
a check valve with automatic by-pass, lubrication installation%and instrumentation
system. (KIP). The illustration shows a longitudinal section of the feed pump
which is a double-housing structure of the section type. The outer housing is a
forged steel cylinder, while the'inner housing is an assembled structure with
vertical joints, composed of 11 stages and guiding devices of the blade type.
Card i/4
'7-

The fla500-180 Feed S11 931661006160 B/C~j6/6
Pumo Installation A 04 A001
NY
e-I

Card

6/193/6o/boo/bo8/olo/08
The 0?5oo-18o (PE 5oo-18c)) Feed Pump Installation Aoo4/Aool
The section seams are built up with austenite steel, the guiding devices and im-
pellers are made of 2X13 (2Khl3) grade steel, while the delivery parts are made
of heat-treated stainless-steel. The pump ends are sealed with soft packings.
The stuffing-box sockets and the internal hollow of the stuffing-box jacket of the
end-seals are -cooled b� a cold condensate of less than 400C. The individual
lubrication system of the pump installation consists of the following units:
scr&-type BH4_25 (VNL-25) oil pump mounted on t~e eleotromotor of the installa-
tion; start-reserve screw-type 364-25 (EVN-25 oil pump driven by an a-c electro-
motor; gear-type RS-3 (RZ-3) oil',feed pump with a-c electromotor- two MO-25X4
(MO-25 X 4) oil coolers, oil filter with a filtering area of ~ and 2.8 m3
1.5 m
capacity oil tank. The pump installation is equipped with automatic control
devices, protection, checking and signalling devices. The protection device
prevents damage to the installation in the case of an oil-pressure drop, or if the
critical magnitude of axial shift of the pump rotor is reached, or in case of a
pressure increase in the delivery chamber of the hydraulic base, superheating of
the bearingstor increased vibration of the pump bearings. The installation is
controlled from the main thermal panel of the boiler-turbine block. The following
technical specifications of the PE 500-180 feed pump installation are, given:
1) feed pump: output - 500 M3/hour; pressure in the suction pipe - 6.7 kg/cm2;
Card 3/4

KORNILOV, A.N.
The 2Kh-6E and KhTr-4/100 pumps for chemical industries. Biul.
tekh.-ekon.inform. no.5:22-25 161. (MIRA 14-9)
(Pumping. machiner7)

3
S/02q/62/144/00 2/020/028
B101/B144
9A.2/190
AUTHORS: Korailov, L. N., Leonidov, V. Ya., and Skuratov, B.'M.
Af,
TITLE; Standard heats of formation of niobium pentoxide and
tantalum pentoxide
PERIODICAL: Akademiya nauk SSSR.' Doklady, v. 144, n0& 29 1962p 355-356
TEXT: As the data hitherto published for the heats of formation of
Nb 0 and Ta 0 diverge greatly, the heat of combustion, _AU (24-300,
2 5 2 5 B
of high-purity Nb and Ta in 02 was determined calorimetrically after the
content of impurities in the metal samples had been determined at two
laboratories, and their effect was taken into account in.calculating
-AU . (1) The content of impurities (% by weight) in niobium preparation'!
B
I was 0.03 0; 0-03 N; 0-004 Hi 0.02 C; 0-.30 Ta; 0.09 Fe; 0.12 T4 and
0.06 Si. In niobium preparatign 2, it was 0.01 0; 0-01 Ni 0-005 Cq
5
1.27 Ta; 0-07 Fe; 0.12 Ti; and 0.04 Si. The maximum contents of Alt Mgt.
11o, Mn, Nit P, Pbp and Sn did not exceed 0.01% of each. Combustion took
place in high-purity 0 at 30 atm. The offect of moisture was ignored
2
Card 1/3

B/020/62/144/002/020/.029
Standard heats of formation of ... B101/B144
when determining the resulting P-Nb 20 54 In calculating -AU B (24-3009
the effect of impurities was considered on the assumption that:
Ot
H, and C react with Nb to form Nb 0 Nb1f, NbH, and NbC, respectively,
2 5'
while the remaining impurities do not react with Nb; (2) none of the
iipurities reacts with Nb. The relevant corrections were iithin the
experimental errors. It was found that --AU B (24-30C) - 2432.0 + 2.0 cal/g.
of Nb- Hencep AH 0 -453-5 � (1-4 kcal/mole. (H) Tantalum
298 P-Nb205
preparation I contained the following impurities (~ by weight): 6-,10-3 oj~
-2 -4 -2 0-2 Fel -3,
1-10 N; 3'10 H; 2-10 C; 0.12 Nbj 0.11 Ti; 301 44-10 Sil
-2 -2 3
4'10 W; and 1-10 Mo. Tantalum preparation 2 contained 4-10- 01
?110-3 N; 1.10-3 H; 5-10-3 C; 0.80 Nb; 4 5-10-3 Ti; < 2-10-3
Fel
-2 2
.4 3*10 Si; /- 1 110 171 and 4 1010- Mo. In each sample, the content of
Al, Ni, and Mg was41*10-3. In sample 1, the content of Pb, Bi, Sn, 8b,
and Cd was