SCIENTIFIC ABSTRACT KURALOVA, A. V. - KURANOV, I. F.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KURALI, Ferencne
Comparison.of the courses of goomagnatio elements on the
ground of the 1950-55 data measured by some oboorvatories.
Goofiz kozl 7 noo2slOl-109 158*

S/048/60/024/006/004/017
B012/Bo67
AUTHORS: Volkova, L. M., Devyatov, A. M., Kuralova A. V.
TITLE: Excitation Cross Sections of Some Spectral Lines of
,,LgpLo~ and Xenonv\
1~
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheakaya, 1960,
Vol. 24, No. 8, PP. 950-952
TEXT: In the present paper the excitation cross sections are determined
for 5 lines of krypton and 10 lines of xenon. The excitation curves were
drawn by the method of photographic photometry. The electron gun
consisted of a heated oxide cathode and three other electrodes. The
measurements were made with 400 p a. and are described in brief. Part of
the data obtained for a series of lines of krypton and xenon was
published in the papers (Refs. 3A). Tn addition, the authors measured
excitation curves of 4 lines of Kr Il. They are shown in Fig. 1. Figs. 2
and 3 ahow the excitation curves of Kr I. Fig. 2 shows the curves drawn
by the ordinary method and by the method of the electrical retarding
Card 112

Excitation Cross Sections of Some Spectral S/048/60/024/008/004/017
Lines of Krypton and Xenon BO12/Bo67
-field; they are in good agreement within the error limit, Besides, also
the absolute values of the oxcitation cross noctiona of 1) line,,j of
kryptoij and 10 lines of xenon (which are given in the papers of' Refs.
3,4) were measured according to the method described in Ref. 5. These
values are tabulated here. There aro 3 fieures, 1 table, and 1) !-Joviet
referencefi.
ASSOCIATION: Fizicheskiy fakulltet Moskovskogo gos. universiteta im.
M~ V. Lomonosova (Department of Physics of the Moscow
State University im. It. V. Lomonosov)
C.-
Card 2/2

A T ','A
P, , A .
Magyar Textiltechnika - No. 4, Apr. 1955.
Allocation and control of the utilization of subsidiary material at weaving mills.
P - 154 -
SO: Monthly list of East European Accessions. (EKAL), LC, Vol. 4, No. 9, Sept. 1955
Uncl.

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I A 13 u f c, oba I n t h e tyt i I If. y a (A ill t. .1 1 k Y - w I Xy
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RE

KUFIQ~SHIN, G. .';.. SAKlll-T-,';DlT!OV,%, S. '~., Nt-'IvlT,SKAY._ S. V., and KO',:AREV, V. G.
Ojs~.,,r; )
"Stai,-(js ir. the Metaholl-m of tho Plint-, of Crop
Renort rresented at the 5th International Biochemistry Corq~ress,
Mo~cow.'10-16 Auz 1~16l

Di--~-~--rtzitlrns de,'ended at Uc '"nstitute of Plant. ireni V.
"I'ITrIryB7e'.r for the acadeinic +-.rrec of Crindirlate of Piologic-.,l S?iences:
"Act-uruIrifirn of Nucleic Ac-ds irl (tlior !-bcrrhcr-rs Icrrownln n the
~orraticr cif Com Ilarvest.11
Vestnik A~afl ai)kj 110. 4, 1c'(3, rp. 111'-145

PALKIN, G.A.;,,K .7 BATHANOV, B.I.; ZABOTIN. I., redaktor;
RAKffV , ape a. redaktor; SHARArUTDINOTA. X., takhnichemkiv
8,)e
redaktor
[Houseof farm crops an the collective farm] Dom sallokokhoziaistven-
nol kulitury v kolkhose. Xazan', Tatgosizdat, 1952. 190 P.(HIRA 9:8)
(Agriculture--Study and teaching)

VALEYEV, Sh.V.;_!qLItN-j8111:~,_T.V., red.j BIAGORAZtR-*,OV, P.N., red.)- TROFIMOVA,
A.S., tekhn. red.
(Obtaining high corn yields] Opyt polucheniia vp3w-ikh urozhaev ku-
kuruzy. Pod red. T.V.Kuramshina. Kazan', Tatarskoe krizhnoe izd-
voo 1959. 181 P. (corn (Maize)) (14IRA 14:10)

MIDOVICH, A.F., prof.0 doktor sel'khoz. nauk; DEMIDOVICH, V.A., agronom;
- KURAMSIIIII, T.V., red.; SAGITOVA, S.G., takhn. red.
(Seed potato production and its particular aspects in the Tatar
A.S.S.R.] Semenovoda~vo kartofelia i ago osobannosti v Tatarskoi
ASSR. Kamull Tatar4koe knizhnoe izd-vop 1960. U0 p.
(MIRA 34: 9)
(Tatar A.S.S.R.-Seed potatoes)

BATMPIIOV, B.I.9, agrcncm;.KUWt4IIIJI T.V., starshiy nauchnyy sotr.; PALM,
G.A.9 kand. aellkhoz. r4uk; BIAGO19=WV, P.11., red.; SAGITOVAv S.G.#
tekhn. red.
[Experimental work on collective and state farms) Opytnaia rabota v
kolkhozakh i sovkhozakh. Kazan', Tatarskoo knizhnoe izd-vo, 1960.
246 p. (MIRA 14:9)
1. Tatarskaya respublikanskaya sellskokhozyaystvennays. opytnaya
stant#ya (for Kuram'sfiiu).
(Agriculture--Exp(irir,oiitation)

--T~ -, .
~'] "Art o, f lcasL -~ ri- in Br,!!c,l -i- . t' ;, a -::.,I , c : : -rf..
noL),-,icad -LwAitutc ()f ic)c),i L)
i 8 J L-nj I",, ) .1 irl-1-13ti., , 28 ;La 54. ( i ': --- ~ . '! r., .- a - -_;3kv~-,
~q 1. '1 ~ -) .1 1 , r I
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USSR/Chemical Technology Chemical Products and Their Application. Fermentation
Industry, 1-27
Abet Journal: Referat Zhur - Khimiya, No 19, 1956p 63536
Author:.,Kuramahin, Yu. N., Auerman, L. Ya.
.......... ................
Institution: None
Title: Comparative Ebcperimental Evaluation of Methods for Determining the
Bread-Making Quality of Pressed Yeast
Original
Periodical: Tr. Moak. tekhnol. in-ta pishch. prom-ati, 1956, No 4) 44-5o
Abstract: Comparative study of 6 methods of evaluating the quality of pressed
yeast: (1) Determination of leavening capacity of yeast according
to GOST 171-51; (2) Same, according to time of a 4-fold rising of the
dough in a pan to a definite height (Berlin method); (3) Same, ac-
cording to the rising of a dough ball in water (method of A. 1.
Ostrovskiy); (4) Same, according to volume increase of dough in a
measuring cylinder (Rostov method); (5) Determination of fermenta-
tion activity of yeast by gas formation in water-flour medium;
Card 1/2

USSR/Chemical Technology - Chemical Products and Their Application. Fermentation
Induatryj I-L~(
Abst Journal: Referat, Zhur - Milmlya, No 19, 1956, 63536
Abstract: (6) Laboratory baking testa (voltune and quality of the bread). The
comparative studies were conducted with samples of wheat flour in 2
series of experiments: with a sample of second grade flour of medium
bread-making quality and with samples of flour of various grades having
different bread-making quality ratings. The first series of experi-
ments showed that most sensitive methods are 4, 11 3. Test samples of
bread yielded no clearly defined results for evaluation of yeast
quality. The second series of experiments showed the influence of
bread-making properties of the flour on the indexes of yeast quality,
which is especially pronounced on determination of leavening capacity
according to.methods 2 and 4. The same as in the preceding instance
test samples of bread were found to be unsuited for an evaluation of
yeast quality. On the basis of the data obtained it is recommended
to use methods 1. 3, and 5 for evaluating the quality of the yeast.
Card 2/2

rURAMSHTN, YU.N.; AUHMO, L.Ya.; OSTROVSKIY, A.I.
Determining the baking quality of compressed yeast by the
rising of the dough ball to the eur;face nf water. Trudy
MTIPP 4:51-53 156. NLRA 9:10)
(Yeast)

AW /j) ///,,v
USSR/Chemical Technology Chemical Products and Their
Application. Fermentation Industry.
1-12
Abs Jour : Ref Zhur - Khimiya, No 1, 1958, 2813
Author : Melltser, I.A., Kuramshin,, Yu.N., Lozenko, M.F.
Inst
Title Results of the Growing of Yeast in Yeast-Growing Apparatus
Provided with Stationary and Revolving Air-Distributing
Systems
Orig Pub Khlebopek. i konditersk. prom-st', 1957, No 7, 22-24
Abstract Accretion of yeast at different degrees of aeration in-
creases on;-increase of the air supply from 5 to 20 m3/
hour. Further increase of the aeration results in a
decrease of the yields of yeast.
Card 1/1
j;it

SOV/1 12-59-3-5651
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 3, p 199 (USSR)
AUTHOR: Sokolov, A. G., and K-aramshin, Yu. N.
TITLE: Use of a Dilatometer for Thermocontrol in Automatic Water-Gauge Tanks
(Primeneniye dilatometra dlya termoregulircivaniya v avtovodomernykh
bachkakh)
PERIODICAL: Khlebopek. i konditersk. prom-at', 1958, Nr 2, pp 10-13
ABSTRACT: It is recommended that a dilatometer be used in thermostats and in
automatic continuous mixers. To increase dilatometer sensitivity, a
construction is suggested in which both the central invar rod and the outer tube
are washed with water - Methods used and results of experiments using the
dilatometer in tanks and mixers are described. Six illustrations.
B.A.K.
Card 1/1

ITSKOVICHO Ya.S.; SHPIGELIGLYAS, A.S.; ICLITSER, I.A.; KU11P1S1f1N,, YUJI.
ApparatuD of ToNIIXHP-L-1-58 make for the Inspection of baker's
yeast quality. Trudy TSNIIKHP no.8:35-36 160. (MIRA 15:8)
(Yeaat-Testing) (Bakers and bakeries-Equipment and supplies)

WMITSER, I.A.; KUR&MHINl YW.,Xtj Prinimali uchastiye: LOZENK02 M.F.;
CHULINA,-Y6-.P-.-;-'DELOVAp L.D.
Now types of foam fire extinguishers for yeast plants. Trudy
TSNIIKHP no.8:169-172 160. (MIRA 15:8)
(Fire extinction-Chemical systems)

UJJRAMSHINA,M.G., kandidat biologichaskikh nauk
Antibiotic properties of kumise microflora. Vest.AN Kazakh.SSR
11 no.8:81-85 Ag'55- (MMA 9:1)
(Kumiss-Therapautic use)

XURAMSHIKA, Karlyam Guzarovna
", ,.--r~7-7. -f--_ -..
[Fermented milk products and their medicinal properties]
Kislomolochnys produkty i ikh lechebnya evoistva. Alma-Ata,
Akademila nauk L3%akhskoi SSR. i956. (KLVA 10:4
(Milk, Fermented)

XURAHSHINAl M.G.; ABRAHOVA, N.V.
Antibacterial proportion of Actinomyces no.15. Trudy I"t.mikrobiol.
i virus. AS Kazakh.SSR 1:46-49 '56. (KIRA 10:6)
(ACTINOKYGIIS) (BACTERIAL ANTAGONISM)

KURAMSHUIA, M.G.
in& OUw uses of the yeasts and lactic acid bacteria of kumiss in
treatin g Werimental tub 'erculosts. Trudy Inot.mikrobiol. i virus.
AN Xazakh.SSR 1:5D-54 '56 A- (XLRA 10:6)
qMISS) (TUBERCULOSIS) (YEAST)
IACTIO ACID BACTJMIA)
~
I

,V,,XURAKU, , - 0 'M.o.,
,_._ 1.1~ W
.
Some data on the use of co~ibaoterin. Trudy
AN Kesekh.SSR 1:6~43 156.
(ZSCHNRICHIA COLI) (DYUNTARY)
Inst.mikrobiol. i virus.
OCWA 10: 6)

USSR /1 IlharmacOlOa' and Toxicology- Chemotherapeutic LgGnts- V-10
Abe Jour Hof. Zhur - Biologlyay No 17, 1958, No. 80702
Author Karamshina 1,i. G.
In8t The kRttEo TOif Mcrobiology and Virology, f0 Kazakh SSR
Title The ~bdicinal Effect of Products of the Vital Activity of
blicroflara of Koumiso on Patients with Tuberculosis
Orig Pub Tr. In-ta mikrobiol. i viru8ol. AN KazMR, 1958y 2, 189-195
Abstract 'Forty-one patients with tuberculosis of the lungs were
treated with filtered liquid cultures of yeasts and lactic
acid bactorias strains isolated from koumiss. It was
1?rovon earlier (Tr. In-ta mikrobiologii i virusologii AN
Kazakhokoy SSRI to 1) that such filtrates are active in
rolation to the tuborculooio bacillus in vitro ox-porimonto
and during oxporimuntally-inducod tuboFO-01-00is. The
cultured liquids were obtained by moans of cultivation
during 5 days of active straino on storilo oorto of maroto
Card 1/2
ko
USSR / Pharmacology and Toxicology. Chemotherapeutic Agents. V-10
Abe jour Rof. Zhur - Bioloeiya, No 17, 1958, No. 80702
m'lko I was given at 250 ral on an ojApty ntomach for
before fcoding (Or meals). I hour
Average doco in a cO'='Oo 7-5-
10 1- In addition, the pationts rOcoivod an additional
1-5 1 of koumiss (11) a day, Prepared under laboratory
conditions with puro cultvxos of tooted strains.
average, during treatment On the
was IwOvided, Y 45-6o 1 of laboratory koumsa
As a control, I)ationto woro uood having a
SinglD charaotorintic tyW of illness but 'were not
to the troatjwnt (I and Jj%. subjected
Placed on a sanitor7 All of the patients were
(Of the -bYgJLonlc regime. In 38 patients
n1mlor Of those treated with I arid II), a eignifi-
cant 'XWOVOMOnt was achieved, in 2 - partially, one patient
'was discharged. Short histories of the illnoosos of 9
PatiOn'-'s are cited.
Card 2/2

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'~ 1 196-206 0 rny C j n
19;89 -
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-I'titientO " r titiorl.
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received
1'r. re-PtOmyc'u
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ua- to prooegg. .41.t~l
tubercIP, t1j('.t tment, j.,01ated from
re
note(I during ri e Sed. TbLP
t
,ff.etive treatme ical,7 CrLa-n
tjerts viere Morplhio 0
1/2
0
Oop'. h.
'~"2t-'-
0 -t
M,G.
Antibacterial properties of k-un,"s yeast..
Mol. no.5:584-591 S-0 58. 'zv- I'll SSSR- Bar.
(KIRA 11:10)
1. Inntitut rnvPw,tjvm., 9. Sochi,
(Kuvass) (WCOBACTHRIUM TMNICULOSIS)

GRIGOROYLPV, I.I., kand.med.nauk; SHIKHOVA, N.M., 1-1.~,sent; FJRAMSHITIA, M.G.,
kand.biol.nauk
Elimination of streptococci in rheumatic fever. '4'rach.delo no.6:585-
587 Je '59. (MIRA 12:12)
1. Soohinskiy nauchno-iseledovatel'sidy institut revmatizma.
(RB3MT IC FEVER) (STRFJTOCOCGUS)

.MMSHINA, M.G.; SHIMOVAp N.M.; GRIGORIYEV, I.I.; KONOKGVA, Ye.IO;
.. --. .UBKIIT,&'t - V. L.
Immunological indexes and the biological activity of streptococci
in the combined treatment of rheumatic fever. Vrac~. delo no.9:20-
24,S 160. (14IR& 13:9)
1. Sochinskiy nauchno-isaledavatellskiy institut kurortologii.
(ANTIGENS MND ANTIBODIES) (STREPTOCOCCUS)
(IUIEUMATIC FEVER)

KURAMSHRIA, M.G.; SHIKHOVA, N.M.; KCUOKOVA, Ye.l.; BABKINA, V.L.
Dynamics of Jmminojogical indices in rheumatlc pptients.
Kaz.med. zhur. 4:7-8 JI-Ag'63 (MIRA 17:2)
1. Mikrobiologicheakayn laboratoriya ( zav. - otarshly nauch-
nyy untru(inik M.G.Kuramaldna), klinika kardiologi-I (zav. -
dotsont II.M.Shikhava) i klinika aktivnogo revmatizma (zav.-
prof. M.M.Shikhov) Sof-hinrikogo Instituta kurortologiJ,

_KUMISHINA-BICHUILIM, 11-Sh... ordinator
Endemic goiter in tho western part of the (former] ;hu(.rurovo District
of the Tatar A.S.S.R. Kaz. mod. zhur. no.6:68-70 N-D 161.
(141liA 15:2)
1. Kafadru obahchoy gigiyony (zav. - prof. V.Mliloslavskiy (deconood))
Kazansko o meditainnkogo instituta.
&NINOGORSK DISTiacT (TATAR A.S.S.10-GOITEA)

XURAMIN. -A.V.; GOFaUWV. Y.M.. inzhensr. redaktor; WGINA, N.A.
OT'"qxI2n1cheskiy rodAktor
[Planing) Stroganio.Pod rod. '7.M.Goreloya. 2-o isd. Moskva,
Goo. nauchno-tekhn. Isd-vo, mashinostrolt. lit-ry, 1955. 32 P.
(law'hno-populiarnaia bibliotaka rabochogo stanochnike. no.12).
(KLRA 8--7)
(Planins machines)

RABOTIN, A.H.; KIIR 14ZHIN AOV., Inzhener, roteenzent; GORBLOV, V.M., lnzhe-
ner, redar-oR, tokhnichTIV7 'redaktor.
[Finishing machine parts] Chistovaia obrabotka detalei mashin. Pod
redo' V.M.Gorelova. 2-s izd. Moskva, Goo, na-achno-tekhn. lzd-'Vo ma-
shinoetroits lit-ry# 1954. 56 P. (Nauchno populiarnaia biblioteka
rabochego stanochnilm, no.9). 04IBA 80)
(Ketala-Vinishing)

KURAMZHIN, Aleksandr Valerianovich; GORELOY, Y.M., Inzli., red.; WGINA,
N.A.. tekhn.red'.' - "
[Planing] stroeanie. Izd.3. MoBkva, Goo.nauchno-tokhn.izd-vo
mashinostroit.lit-ry, 1959. 33 P. (Nnuchno-populiornain biblio-
toka rabochogo-stanochnika, no.13) (MIRA 1):2)
(Kotal cutting)

ir
imrrc7emont of the tecI'IIr)l,-)9Y Of the winufacture of
i-Int in the Urnl Ghnn2.,:!al Machinery Plant. Khirn.-ns,
J~ 1-:",)
'(11r1i'Mountnin ro!~Ion--Chnmical at-A

KURAMZHIN, A.V., inzh.
Raising the level of production orgainzatic.4). r]-Im, J- 'neft.
mashinostr. no.1:1-5 Ja 165. (MIRA 18:3)

KUM*--I=E-
Kajakiem Z jazior augustowskich i agsurskich do WaresawYe Warszawa#
Sport i T"7stykav 1955- 147 P. By canoe from Augustow and Hasurian
Lakes to Warsaw- Muse) maps, bibl.
SOjjRCE3 East European Acceosions List (zM), LC, vol. 51 no. 3, March 1956

KURAN, J., ins.
Conference on coal deposit draining in Bratislava. UhlI
7 no.109-40 165.
1. Banske projektyp Bratislava.

KURAN, J.
Tourist boating vactions in 1955. p. 6. TURYSTA. (Polskie
Towarzystwo Turystyczno-Krajoznawaze) Warszawa. No. 3,
Mar. 1955.
SOURCE: East European Acoessions List, (EEAL), Library
of Congress, Vol*4!', no. 12, December 1955

MR .4-r-,--starshly nauchqy sotrudnik; HOISEIR, Lye;
I-AZIM---U
MLKAROV, V.A.
Forcing cement mixes behind the lining of railroad tunnels
without stopping the traffic. Tranap.stroi. 10 no.8:
19-22 Ag 160. (HIBA 13:8)
1. TSentrallnyy nauchno-iseledovatellskiy 1netitut transportao-
go stroitelletva (for Kuranchev). 2. Nachallnik tonnellno-
mostovogo otryaAa, Noel (for Moisvev). 3- Nachallnik
mostopoyezdA No-57 (for HsIarov)e
(Tunnels-44aintenance and-repair)
.-I

4t,
,T
r Z ~2
A4
ih... 't, -
ant straill will 'darn d- 5 11"1 I"V. it-, r~ I
through itile from 1. mit%
f YIN kill tilt . it iTl~otl T,) r p, v
'vI"
pl~ t I Li Clil,li I
9 -~ i ll~ ~' c-f t i;--
-Y I on, I. AII:; '1;~ I'lf, ,I Ili 'Th" T!1
Im I '( ~ ll!'-f J") ll-" ji-T, nl.:: I I,
1ho"i-d '10l.w."'k, ill(- prt-~, t~i v of !~ILI~171! t1iit t
':11 1 ~
,l influt-lice n! .g W r I s r,
th~, influence of thiamine and aicorb.c -i_~ -,r,
and Burnitt'~ rea-tions I t-d I.it) 1, R 'j"'tt - I-I
J~'It~d I'tIl the ."jilt, Qf I!;, .!I
ovire't 111'1~ ill
1) ll I'lit for I'll li~l d.jv" lio milu'nro IIP.,-! ')41. t
Iv;i, tNil"I"I'llctA, bill tit do'e-, M 0 ~ .111d .) !11" 11
t I ) 11 1 ), 1, . I I I Q [ I I V I ~~ .11 r I I "I'Ii ."f' i !I I , !
45 v"; 11, it 'T !4'it
w'r 1 !;u I itc[ td
rilibit, rtvm cd lily-ut I
I I rl
if 1 ;jC '4jjIt it,

KUUNDO. B B (Gortkiy)
Pneumotachography for studying the respiratory function. Klin.med.
35[i.e.341 no.1 Suaplement:13 Ja 157. (MIRA 11:2)
1. lz kliniki (zav. - prof. S.I.Ashboll).Gorlkovskogo nauchno-
itialadovatellekc,\Ko Inatituta gigiyerq truda I profbolesney (dir. -
kandidat meditilnklkh uaVk O.M.Gayrusefto)
(RWIRATIOU)

3T1/81-59-16-56923
Tran,ulation from. Referativnyy zhurnal. nimiYa, 1959, Nr 16, P 137 MOM)
AUTHOR-9; Kuranov, A.A., Sviridova, M.M.
TITLEi Determination of Palladium, Platinum, Gold, Learl, Bistiluth, Antimony,
Copper and Iron in Pure Silver and the Determination of Antimony, Bis-
muth, Lead and Iron In 3liver-Copper Alloy.-
,o soveshchaniya po spektroskopii, 19
PLRIODICAL: V ~3b.: Materialy I-go Urallskolt 56
Sverdlovsk, Metallurgizdat, L958, pp 85-89
APOTBACT: For arialy,,Os rnaily oampLcs In the form of rods of 6 min In diameter with
butts of' oval shape are used. The spectra are exciLed In tin a-c arc dis-
charge at 12 a with an arc gap of 2 mm and are photographed with a big
KS-55 spectrograph at an exposure of 120 see ("spectral" plates type II
and III); the slit breadtl-.of the spectrograph is 0.03 mm in the analysis
of Ag and 0.02 r= In the analysis of Ag-Cu-alloys. The calibrating graphs
are plotted in the coordinates lg(il/if), versus le, without the back-
ground allowance. The error of the analysis is 10 - 201%. The standards
are prepared by the fusion of the pure motals with the alloys with the
Card 1/2 Introduction of corrections for the pollution of the base according to

SOV/81-59-16-56923
Determination of Palladium, Platinum, Gold, Lead, Bismuth, Antimony, Copper and Iron
tn Pure Silver and the Determination of Antimony, Bismuth, Lead and Iron in Silver-
Copper AlLoys
the method of additions. For analysis the most sensitive lines of the elements are
employed. For increasing the stability of discharge, the transformer of the activator
is replaced by another transformer yielding a voltage of 6,000 - 8,000 v.
G. Kibisov.
Card 212

SOV/81-59-t6-56919
Tran~;latlon from- lleferativnyy zhurnal. Khimlya, 1959, Nr 16, p 136 (UL;~11)
AUMORS: Kuranov, A.A., Ruksha, N.P.
TITLE- The Spectral Analysis of High Purity Gold
PMUODICAL: V sb.: Materialy 1-go Urallskogo soveshchaniya, po spektroskopii, 1956.
Sverdlovsk, Metallurgizdat, 1958, PP 105-108
ABSTRACT: A sample of gold (0.2 g) is placed into the hollow of a carbon electrode
which has near its operating end a tapered neck for reducing heat losses,
and is fused to a metallic regulus In the courze of 2 - 3 see in the dis-
charge of an a-c are at 5 a. The exposure of the spectra with the upper
carbon electrode is started at 5 a, after 15 see the current intensity is
reduced to 3 a continuing the exposure for another 15 see; on the same
place of the plate the spectra of a new gold sample are exposed. The
spectra are photographed with a big KS-55 spectrograph; the analysis is
carried out by the lines (in A): Ag 3280.6, Cu 3247.5, Bi 3067.7, Pb
2833.0, Sb 2598.0 and Fe 2598.3 with the application of the permanent graph.
The reproducibility of the results of the analysis is within 5 - 15% de-
Card 1/2 pending on the element. The standards are pvepared from gold of triple

The Spectral Analysis of High Purity of Gold sov/81-59-16-56919
refining which does not show the lines of the element3 to be determined. Specially
prepared alloys with a high content of the above-mentioned elements are diluted with
high purity gold by fusion In graphite crucibles under a layer of charcoal; the
melt Is treated by a IM solution (I : 1) and rolled Into a band from which batchea
are takenfor preparing metallic reguli. Vie concentration of elements in standard
alloys Is deter-mined chemically and spectrally by the analysis of solutions with al-
lowance, for residual pollution corrections on the basis of the results of the method
of additions.
G. Kibisov.
Card 2/2

KUPANOV, A.A.; IIMHA, II.P.
Spectrum analysis of high-purity gold by absolute intensities
of analytical lines. Fiz.Bbor. no.4:421-422 '58.
OURA, 12:5)
(Gold--Spectra)

E
A A
Jjj
IL X
if
laze "'i .'f
.4 4n, 0:
lei

ev A --------
o 0 10
51
r
91
.6
v,
ss "t
0 12.
o 00 io
16
01 t)
'..0
ire
en -Rao a 4
, ; ,
0
sk A
xp ; - -, a"o 00
10 0;1M X I H
kA
0 08
'1t& a
CD

2 A.( S%* 0 V /,,a -2 7
A J'P11OR Kuranov, A. A.

TITLE: M,'~T_ho_c11_s-of Setting Standards for the S,~cctral Anaiyois of
Noble Mctala
PE~(IODICAL: nriuk SSSR.
Vol ~'5, lir 9, 1)1) 1140 - '114" (~-jZ.Ii)
ABSTRACT In the lAr"It ')'Art ~;f th~! -)%per cuot ,0--.ndivrds are doult
with. Iii Lilt., setting of -ltandfly'do I'(11. th(_' tiotO1,171111:itioll of,
Pt, I'd, Au, Cu, Pb, Bi, Sb, and Fe in silvcr in concentrationc

-5 2,,
10 10 according to the pha3e diagram, the solubility of
these elements in oilver must be evaluated. A total or a limit~-d
solubility of these elements in silver is observed, with the ex-
ception of iron. It may be assumo-q-that the solubility of ircr.
may be increased if it, is introduced in form ofan Fe-Pd-alloy.
Thus, silver standards were produced, into %-hich the iron is
introduced in form of a palladium alloy (Pd:Fe-80:20). Besides
gold, they also contained Pb-Pt, Bi-Cu, and Fe-Sb, also intro-
duced in form of alloys (50:50). The melts of the standards were
prepared in graphite crucibles in a high-frequency furnace so
that good mixing was, at the same time, warranted. The composi-
Gard 1/3 tion of the standards was chemically checked. Also standards

Ll~thor.-: of Settulng ','ttindurdo for the Spr-nt~-i', Analy.,:4.,,
of
for th(-, una).,ysio cf pure pltitin~im ind -,old ve- sel,
a s f a r s e v (.- r a .1 a 11 o y! i o i i a p 1 ri t i u o 1 (1 r I v r .;:1 1,
the second part of this )ap-r Ircc set, f 1' 0 r1i
Th,-~ , viez- 1.
metal povider. Lre dealt with. Be LI y --I i x i t
puwdero in ratio.,!, il~ov
pressed, which viere tilen anncalc-d bel~~v, the
tcmperature of the bm;~, matc-rial (-interin-- The
C,Pneity of the distributioi,. of thu-, ele,.entn was chocl~cd "'pecti-r-
sGopically or 1).v i%(-ans of thi: tvacpr ::~,Jhod ith radi(),,-Ictivi:
i.gotope.3). Next, the corresponding methodf~ of' anrilyzing, rhodkiu-
and iridium are dealt -aith. Furth'ir, t j 4 Vj t C. of
Al , Fe, Pb, Iiii, Cu, Pt , P,-,' , Au -Irl Ba Ar,:3 %hich ar,~,
U!3(~-d for setting jLun~,ard,- f-r thu anilysis of di~;ccl-v---d
:1,
ty ents
samples. llt:r(~ the o I Lj,. i 1 4
festo itself . Next , the sa its "1-47 cv! f C... the ,01,1' icns
and thcn pr(--,L;sed into briqu~.tte- f-,Ietting jtanduras
from vic-tal. powders in a stl-cl of fG110wed by
diffusion annealine at 1COGOC in hydro~-,en i:i a!So dis~~ussed,
Card 2/3 after which 3tandard solutio.,.o nr.-- a,~-Ilt with, which are as,,-d

Llethods of Setting "tan,:,ards for t"-.,c- Spr
a ; t .,- 1 SC-1/2-2 'I -9-40/~-7
Analysis of Noble 1.1etals
mainly for the control of cast and synthetic standards.
There are 2 figures, 1 table, and 9 references, 6 of -shich
are Soviet.
Card 3/3

20(~) 307/12-2`-5-43/56
J J
AUTHORS: Kuranov, A. A., Sviridcva, M.
TITLE: Synthetic Standard Samples for Spectrum Analysis of Silver
(Sintcticho:3kiye etalony dlya apektralfriogo analizza serebra)

PERIODICAL, Zavodskaya Laboratoriya, 1910, Vol 25, 11r 5, pp 624-625 (USSR)
ABSTRACT: The preparation of cast samples for the spectrum analysis of
precious metals with a pr,,cisely determined quantity of ad-
mixtures of elements with high melting points (as e.g. iridium
or rhodium) is very difficult. In this case the use of metallo-
ceramic samplen is moru convenient. In the present case samples
of this type were prepared with Pt, Pd, Fe, Cu, Au, All, Sb, Te,
Pb, and Se in additional quant"t-Jes of 10-5 to 10-2%. The
metallic powders wore separated into fractions by suspension,
and only fractions with -oarticle sizes of some ten micra were
used. After mixine thozoiiGhly, briquots *.,,rere pressed (height:
25 mm, diameter: 20 mm) and fritted at 3000 in hydrcgen atmos-
phere; afterwards they werc pr,~sjed agl-in and repeatedly fritted
at 600 and 8000. 'At the temjcrature~; ::entioned 31, Se, Al, Pb,
Slb, and To meltj 'the mobility of 12i-, atoms of the other elements
Card 1/2 .11so rises conaiderabIj ,,ihereby rather homogeneous 3ampl,~~s are

S 0 V1 2 ) - ' - 4 51'~, 6
Synthetic Stand,%rd 5,amplya for Spectrum Ar,,Jyjis of Silver
obtained. Graduation diagraw.-o wuru plotted from tho 3yrithetic
standard samples as well as from caut samples, and good agree,-
ment could be objerved (Fic-s a,b). There tire 2 figures ard
2 Soviet rQfercrices.
Card 2/2

XMAIOV. A.A.; PONOKkMk- V.D.; GHEM50VA.. N.I.
L _ rhodium. Zhur.
Spectral determination of impurities in iridium and (MIU 13:9)
anal.khim.- 15 no.4:476-480 Jl-Ag 160. is)
(Iridium-Analysis) (Rhodium--Analys

S/137/61/000/011/045/123
A060/AlOl
WTHORS Klossman, S. M., Kuranov, A. A., Ponomareva, V. D., TImofeyev. A, N.
TrTLE; Utilization of radioactive Isotopes for the homogeneity-control of
metallo-ceramic standards used in spectral analysis of noble meta16
P171IODITCAL: Refera-Livnyy zhurnal. Metallurgiya, no. 11, 1961, 27 - 28, abstract
1IG185 ("Radioact. izotopy I yadern. izluch(-lnlya v nar. kh-ve
S,93P. v. 3", Moscow, Gostoptekhizdat, 1961, 188 - 190)
TEXT-~-,, Standard specimens fabricated by the methods of powder metallurgy
ar--~ used f or the spec+ral analysis of noble metals for Impurity content in the
aniounts of 10-2 _ 10-6%. Silver was used as the object investigated. Two ex-
,.reme cases were analyz-ad: a) complete solubility of the Impurity in the base
(Ag In Ag) and a very low solubility (Fe in Agr). Powder.-, of radioactive Agilo
(obtalned by electrolysis) and Fe59 (with spher1ra] purt.11-10- shape) were used,
vi;th ParUcle Size 20 - 60/z. Mixtures were prepared from inactive Ag with 0.01%
Af.1110 and wLth 0.()3?,' rio59. After 14 hr3 of' mixing, briquets were pressed from
r-).7h MIX'Urfx (diani. )0 aun, weight PO - P5 9) at a pressure of 800 kg, cm?. "Te
ITY
:ipec,lmen3 were simered In a H2 stream at varLous temperalur-2 and LaV.Ing. timez.
Card 1/2

V 137/0 1/000/0 ! 1/04 5/ 1 ?3
U* U I zi, ].,,,r, of* r-iflioactive Isotopes for... At 60/A 1 Q) 1
Au'oradlc-~_Traphy was ,,ed for thin quantitative estimation of the rllffliz3lon proce5~,3.
7.he m1xIng luration was established, ?or -the case of' Ideal. solubillt-y
(Ag self-diff-uslon) it was dcomonstrated that the annealing time, suffi--lent to ob-
*air. 1,h~- x,~quLred uniformity, conatifuted 6 hours a'- 700 9000--.
Drokh I n
LA,-~~t.rac~,er's nGte: Complete translation]
card 2/c,

3/048/62/026/007/010/030
B104/B138
AUTHOR; Kuranov, A.~A.
TITL-1-: The mechanism of the spherical arc
?15PIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya fi~~icheskaya,
v. 26, no- 7, 1962, 874-870
TEXT: Proceeding from a solution of the second Pick equation, two
formulas are derived for the ratio of the intearal emission intensities
of two substances, the vapors of which form a spherical are'. In deriving
the first formula, only diffusion from the internal to the external
zones of the spherical arc is assumed, while for the-eecond formula,
convection and reabsorption in the arc plasma are-also assumed.
Card 1/1

Impffillaw- A!@,-
/9A/41 V
PHASE I BOOK EXPLOITATION 3av/6i8i
Ural'skoye noveshchanlye po spektrookopil. 3d, Sverdlovsk, 1960.
Materialy (Materials or the Third Ural Conference on Spectros-
copy) Sverdlovsk, Metallurgi7dat, 1962, 197 p, Errata slip
Inserted. 3000 copies printed, 'N.
Sponsoring Agencies: Institut f1z1kI metallo 'v Akademil nauk 33SR.
Komlaslya po apektroskopii; and Urallakiy dom tekhniki VSNTO.
Edo. (Title page); 0. P. Skornyakov, A. B. Shajeoch, and S. 0.
Bogomolov; Ed.: aennadly Pavlovlch Skornyakov;'-Ed. of Publish-
ing House: M. L. Kryzhova; Tech. Ed.: N. T. MaV_kova.
PURPOSE: The book, a collection of articles, is intended for
members of spectral analysis laboratories in industry and scien- .............
tific research organizations, an well as for students of related
disciplines and for technologists utilizing analytical results.
COVERAOE: The collection presents theoretical and practical prob-
lems of the application of atomic and molecular spectral analy-
sla In controllinx the nhemical composition of various materials
In ferrous and ncnrerroue metallurgy, geology, chemical Indus-
try, and medicine. The authors express their thanks to 0. V.
Chentsova for help in preparing the materials for the press.
References follow the Individual articles.

Materials of tbe Third Ural Conference (Cont.) sovI6181
Kuranov,
A.-A., and
N. P. RukBha. Spectral determination
In platinum 91
Sinlkov, N. A. Examination of some variants of calculating
unknovm impurity concentrations by the "additives" method 93
Fishman, 'I~ S., and F. K. Sattarova. Chemical-spectral
determination of carbides and Intermetallic compounds
In nickel alloye 99
Sukhenko, K. A., V. S. Grigorlyeva, I. S. Lindstrem, N. S.
Sventitskly, and P. P. Galonov. Methodology for spectral
determination of oxygen in titaninm and its alloys 101
Popov, B. V. Use of spectral analysis at the Ural Automo-
bile Plant 102
Shlepkova, Z, 1. Determination of phosphorus in copper alloys
with the CT~7 stylometer 104
Card 6/115

V11
PUSE X BOOK EIPLOITATION 80716181
Urallakoya noveshchnniye po spektroakopli. 30, Sverdlovsk, 196o.
Material) (Materials of the Third Ural Conference on Spectros-
copy) Sverdlovsk, Metallurgirdat, 1962. 197 p, Errata slip
Inserted. 3000 copies printed.
Sponsoring Agencless Institut f1z1kI metallov Aka4emli nauk SSSR.
Kominslya po opektroskopiij and Urallakly dom tokhniki VSNTO.
Eds. (Title page) 1 0. P. Bkomyakov, A. B. Shayevich, and S. 0.
-Bogomolovj Edo Gannadiy Pavlovich Skornyakovj Ed. of Publish-
Ing Houses M. L. Kryzhova; Tech. Ed.t N. T. Mallkova.
PURPOSE: The book, a coliection of articles, in Intended for staff
members of spectral adalyala laboratories In Industry and sclen-
tif lo research organizations, as well as for students of related
disciplines and for technologists utilizing analytical reoults.
CAM 1/15

1221-1
VFS
Materlale of the Third Ural Conference (Cont.) SOV/6181
COVERAGE: The collection presents theoretical and practical prob.
lems of the application of atomic and molecular epeotral ane.17-11
ois in controlling the chemical composition otvarioun materiali
In ferrous and nonferrous metallurgy, geology, chemical indus-
try, and medicine. The authors express their thanks to 0. V.
Chentoova for help In preparing the materials for the press.
References follow the Individual articles.. r
TABLE OF CONTENTSt
Foreword 3
PART I
Sheratkov, Yu. A., an&L.,F. Makeimcvakiy. Investigation of
the dependence of the total Intensity of spectral lines
on the concentration of elements In an arc-discharge plasma
Card 2/15

Materials of the Third Urol, Conference (~qnt.) 4ov/6181
Kuranov, A. A., and N. P. Aukaha. Bpsotral\~etermlnatlon
irI6~~Itiea in platinum 91
Sinikov, N. A. Examination of some variant ofokleulating
:
dditivee, method
unknown Impurity concentrations by the * 93
Fishman, 1. S., and F. K. Sattarova. Chemioal-speotral
determination of carbides and intermetallio compounds . .. ......
in nickel alloys go
Sukhenko, K. A., V. S. Grigorlyeva, 1. S. Lindstrom, N. S.
Sventitakiy, and P. P. Galonov. Methodology for spectral
determination of oxygen in titanium and its alloys 101
Popov, B. V. Use of spectral analysis at the Ural Automo-
bile Plant 102
Shlepkova, Z. 1. Determination or phosphorus In copper alloys
with the CT-7 stylometer 104
card 8/15

ACC NR- ARG029501 SOURCE CODM UR/0137/66/000/006/1026/1026
AUTHOR: Minhin. D.- D.; Dunayev, r. N. t Shmellkov, A. P. _Rod!jevskjy.L_~. A. ; xjtyushev,~
V. A.4.~~~"~evdokIT2yb 1,. A.
'I. -
TITLE: Effect of plastic deformationAnd heat treatment on the magnetic anisotropy of
a cobalt latInupLalloy
'); /P - /.
SOURCE., Ref. zh. Metallurgiya, Abe. 61176
REF SOURCE: Uch. zaps UrallskoGo un-te. Ser. fiz., vyp. 1, 1965, 60-63
TOPIC TAGS: plastic deformation, magnetic anisotropy, cobalt containinG alloy, Plati-
nun containing alloy, ordered alloy
~.AVSLATION: A -tudy was made of the effect of plastic defomition an(I brat, treatmo-nt
Ion the magnetic anisotropy of a Co-Pt alloy, having a nearly equiatomic composition.
rrom the curves of mechanical moments presented for samples with different diforma-
,tions, it followed that with an increase in the amount of deformation a sharper defi-
Inition of magnetic biaxiality occurred, and an asymmetry of the rotational moment dia-
grams was found relative to the axis of the angles. After an optimum heat treatment
'(heating to 10000C and holding 3 hr and ordering at 6000C for 1.5 hr), the magnetic
nisotropy almost disappeared. However, as evident in the described demagnetization
d magnetic energy diagrams, magnetic anisotropy was present after the ordering of
old rolled samples. Mvm RSh. Fix.).-
UB CODEo U
rd III UDCt 669.2SS123IM8.22-
T

ACC NR- AP7005132 SOURCE CODE: UR/0126/66/022/004/050/0568
AUTHOR: Parfenov, V. V.; Mulyukov, Kh. Ya.; Kuranov, A. A.; Klyuyeva, 1. B.
ORG: Ural State University im. A. M. Gor'kiy (Urallskiy gosuniversitet)
TITLE: Effect of dimensions of the specimen on the formation of magnetic properties in the
cobalt-platinum alloy
SOURCE: Fizika metallov I metallovedeniye, v. 22, no. 4, 1966, 563-568
TOPIC TAGS: cobalt alloy, platinum alloy, magnetic coercive force, magnetic susceptibility
ABSTRACT: When In high-coercive state, Co-Pt alloys form a fine-disperse two-phase sys-
tem, which accounts for their high coercive force and magnetic energy. The principal factors
in the effect of such a structure of the alloy on its magnetic properties must be: the nature of
the phases formed, their amount, shape and pattern of distribution. If that Is so, then the
variation in the magnetic characteristics of these alloys during the various regimes of their
heat treatment must follow the same laws as In the case of pressed ferromagnetic powders
-with change in their nature, size, packing density, ~tc. To further elucidate this nature of
the magnetic properties of these alloys, the authors investigated the effect of sheet (I to 10-3m
Card 119.

ACC NRi AP7005132
thickness and wire diameter (diameter I to 2-10-2 mm) on the processes of magnetization
and magnetization reversal following various types of thermornechanical treatment (quenching,
tempering at 600, 630, 650, 700 and 750*C for 1 hr, rolling), The principal magnetic character-
isties were measured in an electromagnet in fields of up to 20,000 oe at 77 and 300*K with the
aid of a high-sensitivity magnetometer. Findings: following quenching coercive force is low
(-10 oe) and magnetization saturation is maximal (-720 gaUBs). The smaller the thickness of
the specimen the higher the coercive force Is, and the lower the initial susceptibility is. With
increase in tempering temperature coercive force initially increases until it roaches a peak
(-630-680*C) after which it begins to decrease; for initial susceptibility an opposite pattern is
observed. On the other hand, magnetization saturation steadily decreases with increase in tem-
pering temperature. In specirnons*whoso thickness is reduced by means of cold grinding or
etching from I mrn to 5-10-2 mm (i.e. with conversion from three-dimensional to two-and one-
-dimensional cases) coercive force decreases and initial susceptibility increases. Thus the
I size of specimens (on transition from three-dimensional specimens to two- and one-dimensional
I cases) markedly affects the formation of magnetic properties of the Co-Pt alloy. It is presumed
that the decrease in coercive force with decrease in thickness following optimal treatment is
,associated with the change in the dispersity of particles and in their magnetic interaction. "In
,conclusion the authors wish to express their appreciation to N. 1. Solpvlyev for preparing the
specimens." Orig art. has: 6 figures.
6B CODE: 20, SUBM DATE: 148ept65/ ORIG REF: 002/ OTH REF: 005
Card 2/2

KURANOV, I.V. frl6ceased]; -'U!~ELEV, I.M., KWU4.,~j'4, A.I~;
y
A,P., kand. tekhri. nauk, ratsenzent
fktt~mtton of (iouipment for the manufri.-Aure (~f tuLble:, w4
inclustrIal. rubber production.] Avtomatlzatiffla kabollnogo i
rp2inotekhnio,heakogr, oborudovanlia. Mo.Am, Ma!ihlno3trf)onir-.,
I (;.ARA 38,5)
1965. 371 p.

f ; , ' 'I ' -! -1 - - -. 17 -W ..I--
-1, 1A7 '. !-.-. A. N.
- -4. It.--. I'll ". I-
11] .I 'i '. :. --Lw . I'L
Coal
A practical method of drying fuel., Izv. VTI, 21, No. 1, 1952.
FONTHLY List of RussLan Accesgions, Library of Congress, Apr1l 1952. LNGI-L33.

U R 1)
AID F -!2329
Subject USSFi/Eingineering
Card 1/1 Pub. 110-a - 10/17
Author Kuranov, A. N., Eng.
Title On an efficient method of pulverizing humid coal
Periodical Teploenergetika, 5, 50-52, MY 1955
Abstract The article discusses means of drying brown coal with a
high water content by gas or steam dryers. Tables show-
ing the degree of humidity In the coal and data on drying
are given. The author recommends gas-dryin g methods as
being more economical.
Institution : *e*e P?~omewerrloprolekt
Submitted : No date

8(6) SOV/112-59-3-4473
Translation, from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 3, p 27 (USSR)
AUTHOR: Kuranov, A. N.
TITLE: Specifications on the Auxiliary Equipment of Boiler Plants for the Medium-
Power Thermal Electric Stations (Trebovaniya k vspomogatel'nomu
oborudovaniyu kotel'nykh ustanovok teplovykh elektrostartsiy aredney
moshchnosti)
PERIODICAL: V 9b. : Kotel'no-vspomogat. oborud. elektr. st. M. , 1957, pp 34-38
ABSTRACT: Bibliographic entry.
Card 1/1
X4 ~F?
10

AUTHOR: Kuranov, A.N. (Engine
TITLE: Modern arrangement of large thermal electric power
stations in the U.S.A. (Sovremennye komponovki
krupnykh teplovykh elektrostantsiy S.Sh.A.).
PERIODICAL: "Teploenergetika" (Thermal Power), Vol.4, No-5, May,1957,
pp.48-58 (U.S.S.R .)
ABSTRACT: The article first gives a brief review of power
engineering developments in the U.S.A. since the war.
In the U.S.S.R. desi6ms are being prepared for large
new power stations and, therefore, the layouts and the
main structural and technological solutions adopted in
modern American desi&ms are of interest. For this
reason the article considers three of the most typical
American thermal power stations each with an installed
capacity of over 1200 MV. The article then describes
the Shawnee, Clifty Creek and the River Rouge power
stations in the U.S.A. with particular reference to the
general layout. The main turbine and steam conditions
of a number of other stations are tabulated. The typical
features of the technical solutions adopted in the U.S.A.
are then discussed again with special reference to
arrangement and construction. The tendency to reduce
the dimensions of the main building as far as possible
is noted. Mention is made of the practice of building
large condensing power stations on navigable rivers.
Card 1/2

Modern arran6ement of large thermal electric power
stations in the U.S.A. (Cont.)
631
Outdoor or partially outdoor arrangements of equipment
are beginning to be used in the U.S.A.; by this means
the costs may be reduced from 3 to 5% but operation is
undoubtedly more difficult and also possibly more
expensive. There is, therefore, an opposite tendency
in large power stations to construct them with less
regard to first cost in order to ensure reliable and
more economic operation. The advisability of using
outdoor and semi-outdoor arrangements is evidently in
dispute. The method of making the foundations is
commented on. The architecture of the buildings is
simple and devoid of decoration. In power station
construction extensive use is made of reinforced concrete
panels and also of panels consisting of thermal
insulation contained between aluminium sheeting. The
power station territories are very compact. 6 figures,
no literature references.
Card 2/2

1'.1V 'fj 1
AUTHOR: Roddatic, K. F., Cand. Tech.Sc. 9C-4-20/24
TITLE: A 13cientific-Technical Conference or, Awdlicry Equipment
for Po-,,I.er Station Boller-houses. (Naucbno-be1dmicheskoye
Foveclicl-ianiyo po Jro t-ell no-vspomogatel I no:,,iu oborudovmiyu
U
clr!-trootant-_iy).
1 110.4, pp. ~,0-91 (US-OR).
P.,MIUDICAL: '0..,plocncrCcti"j':'a, jc~5F3
ABSTUCT: Vie ,.-3cond corif,:~runce on t~IjUjPT~Jojjt for power
I.-OL-1 the 1,17th -
F;U'vl'i'jll boilx-ylouccs held in Tjo.,~f.().;j f
LoUln Dcc,~,,ibarl 1957. It w;:-L:_-, coziveric(i by 'u-bo I'doscovi
Divi.,:ioa of 'W-h~:, ITT021P arid of Electric Po-.,;er
Tile object w a s to GenevLase
(j:-_PcL-j.cnc(-, wit'i'l boile-o-house auxiliary' equipment for larGe
-Lnd. m_-,_',Au;i1 po-.-,'cr stotiori--; and to ('cvt!1op ne-c.-mrcs to
U A
L;"~u rol-'Labilit-y and' _,fCluicncy of the equipiient;
~c recluce hou.-,e-sf_,_-vicc pov= onsiz.1-0tion, to
f -; '.~:Iiliarisc tho coliferonce -p,~r Li c i )ants villth new dc~AL~ns
Of 01"ovi-A ulA -n auyili,.1'Y C'1 ' and to forraulate
Proposal": for the (~-.cvclor.-Liexlt Of new types of equipment.
Thr_~- ConferL!ncc: ~va5 all;t-'cndod 1-,, .750 r~;prt~-sent;atives of State
PlaniLin~~ orL.,.tni~-.ritions of variou- Councils of
iia~ional ecor)o'!,y, powur IiL;
Card 1/4 ar"I incLituto:-, _n('L other

A Scientific-Tcclinical Conforence, on Azli~_ili,31%- , fOT'
Po-,ver Station Boila-hcum,.~,.
or;:-uni,.- Lit ions. Nineteen rr,,,,)ort.,; %ve-ve
Th~ Chi.-,f of t)-ic Tcchnic,~41 Div,,ctorato of tlc~
of Po,,.!er Sbcations A.
Oil of Ori
thin ~-rowth of Imit out.put,_; of Orl ~U:~ilir-rl-
K. F. Rod'.(.1atis u,:, rue of develo-io-
,.-,~)jnt of boiler se"-~ aiid. reviewed th(, pre-,ent statue, of
productioii of boiler-house amriliar,-T e(,uinment, criticisinr~
U
it-- efficiency.
i117~cr., G. !,,. T.IoroLov an(I A. 11. Xu:cLr_,ov ro.)orted on
mathc',d.-, of i.-eclucin, housc-service po.xr consu'lption. It
110inted out tbl,,t a nimber of iricludin~: -the
Venyul.ovs'l-iy lvorkf- still did not al-.-;ay,_ procluce r._--liable
equip1:1011t.
" uic)-
:xrc rcnorts- oil thc 0-00I.- n ~tlt(! of fuel-
,~ystem,,. Dr.Tcch.3c. 'A". M. 1~illl.-.ylov
Ccn~cribcd new types of equipLimit, p7r'u-icularly 1..-,i,;on tipplerq.
11. 1.1 . Kumetsov indicaloJj tl-i~, 11-,3.,,irab1e of
Z,,',~I-L-han,IlinL; equipment for lar6e power stations.
Card 2/011~;J_nccr 1;. 1. Spiridonov anrilysed the of
C~-
P

nr,-11-201211
A Sci~.ntific-Tcchriical Conforence on Aulxiliary B~'juipment for
J
Pov.,er Station Boiler-houses.
fuel-lizindlinc and ash-removal in mectiiLm-si,-ed power stations.
Reporl;s hy Cand.Tech.Sc. L. Kip~el'~;cf arcl P. I. Kiselevi
by Yu. G. La-.,arev, I. Dizinov, B. Ii. %luravirin
C,,i)J.Tuch 'I - U
.r,e. V.
n "-iflov c-11. of
Roaportr, b~ En~jneer V. V. Ryzhova wid L.A.
Ri!~Mer cornidered the re,,dstance, of and vir ducts in
boiler installationr, and mcthods of rc~julatir,-- tho output
of draul lit
Can(!. Tech. '-c. V.B. Fakshver, rei)orted forei-n infor~~ation
on drive,-; for purlpo ill lar'~:e '--'tations.
'21
-i_~ last ~,roup of reports dealt; :-.itli fittinf,s -;,nd t:ith Lho
V~.*.':.()V:~]. Of fl.'UM A OcIt. f - C by 'Vic
.. It in "LLr a 00 dc 00
oporated fro~',i outucide thc furnacc. The report of
En~ineer -'.T. I. Imbritskiy and Cond.Tech.Sc. A. V. Ratner
discussed da~ia,,~,e to fittin-s and ways of enhancinG their
reliability bl- ii-~provcd desiLji. Reports on re,,loval of ash
sla-, do-posit-s were made by EnL,,inecrs B. S. Fomin,
V. I. Poluboyarinov and G. I. Lu7hnov.
Card 3/11- The (11scus-A.oa of Wic reporLr~ chol.-Icd th,%~L- the manuf~icturing

c'6-11-20/24
A Scient if ic -Technical Conference an i:j,,uir,.,.ient for
Power Otation Boilpj--hou2F.,,-.
worim arc still not payin,~ t ijf f J.,~ L atUcnti 1 t;o
au~.-j.li,ury equipra.~.nt. 1.Loct of i:---rosontatives of povier
stcatimm irent'loned, defocts Tl!(,, Corfercmce
form,-(Ily notm", ti,(; (.:uV,:1U1 '!Mlt Qf
equiPment ai-id a nur.;iber of defocts, rejuiro correction.
Mention vias made of b'- Ttiji cc.,;t of .-o,,.ic 1--indc of
equipment anr1 bho abcer)rlo of c_...tt~10L~Ues. It
considered tl-.,.-t i.iail.y o',.-71_cr sliould ~Iavo bu~cn
repres,unted at th(; Confcror-ce.
AVAILABIX,: Library of -,onGress.
Card 11/4

SOV/96-59-5-3/19
AUTHOR; KURANOV, A.N., Engineer
TITLE: Steam Conditions,, Types and Typical Sizes of Stenin
Turbines for industrial Thermal Liectric Power Stations
(Parametry para, tiPY i tipor-azmery parovykh turbin dlya
teplovykh promyshlennykii elektrostantaiy)
PERIODICAL: Teploenergetika, 1959, Nr 57 PP 17-21 (USSR)
ABSTRAM Because of the extensive construction of regional power
stations and power systems it is probable that for the
next ten -to fifteen years the main type of industrial
power stations will be heat and electric power stations of
medium output with turbines of 6 to 25 MW. Those stations
will cover the -thermal load and will also generate
electricity with a specific consumption of conventional
fuel of 150 to 200 g/kWh, In large regional power stations
the capital costs are less bat tho fuel consumption is
greater unless heat is also supplied; there are, of court*,
transmission costs and losses. Nevertheless, where
regional power systems are available, it will not be
advisable to construct industrial power stations with fuel
Card 1/5 consumption greater than 300 g/kWh. Data about

SOV/96-59-5-3/19
Steam Conditions, Types and Typical Sizes of Steam Turbines for
Industrial Thermal Electric Power Stations
variations in output and steam consumption for back-
pressure turbines according to the stop-valve steam
conditions are given in Table 1: the possibilities of
increasinr the unit output of turbines when the steam
conditions are raised are made clear. It is evidently
advisable to construct heat and electric power stations
for high steam conditions, particularly when there is a
considerable demand for process steam. When industrial
power stations deliver steam for process purposes, it is
usually required at two or more sets of conditions. The
use of turbines with two pass-outs,or with one pass-out
and back-pressureo then allows more electric power to be
generated in conjunction with the heat supply. A number
of examples are given to illustrate this point. A typical
feature of current practice is the operation of condensing
turbines of up to 25 MW with impaired vacuum, using the
exhaust steam heat for district heating or hot water
supply. At present steam conditions of 15 atm and 3500C
and 35 atm and 435% are widely used in communal and
Card 2/5 industrial small- and medium-output heat and electric

SOV/96-59-5-3/19
Steam Conditions, Types and Typical Sizes of Steam Turbines for
Industrial Thermal Electric Power Stations
power stations, In such stations the use of steam at
pressures of 90 and 130 atm is limited to a very small
range of turbines, However, as the stenin conditionB are
raised the amount of electricity that can economically be
generated in conjunction with heat supply is greatly
increased. Data about small- and medium-output back-
pressure turbines installed in power stations in the
Federal Republic of Germany are given in Table 2, showin-g
a clear tendency to the use of higher steam conditions.
With cross-compounded sets, it is particularly convenient
to use higher steam conditions. It is most important for
economical running that the pass-out or back-pressure
steam conditions should correspond to the actual process
requirements but unfortunately this condition is often not
fulfilled with turbines made to the existing standard
GOST-3618-58. The results, given in Table 3. of an
analysis of the thermal load conditions at 50 heat and
Card 3/5 electric power stations in different branches of industry

SOV/96-59-5-3/19
Steam Conditions, Types and Typical Sizes of Steam Turbines for
Industrial Thermal Electric Power Stations
show that 71% of the requirements fall in the range
3-8 atm and 257' in the range 8.5 to 18 atm. It is
difficult to meet theue requirements economically with
the standard range of turbines: accordingly, the Bryansk
and Leningrad Metal Works have been providing non-standard
pass-out conditions in some of the turbines they produce.
Under the circumstances, it would obviously be desirable to
revise the standard. The existing standard pass-out and
back-pressure steam conditions are tabulated in Table 4,
together with three possible ways of amending the rangej
the variants are discussed and the third is considered
the most suitable. Standard GOST-3618-58 provides a range
of types and sizes of turbine for steam conditions of
35 atm and 4350C; 90 atm and 5340C and 130 atm and
5650C. This by no means meets the wide range of
requirements of industrial power stations. A list of
turbine types and sizes that should be added to the
standard Is given in Table 5. If these types were
available it would be possible to simplify the present
Card 4/5 standard range. Existing types of turbines with pass-outs

SOV/96-59-5-3/19
Steam Conditions, Types and Typical Sizes of 5team Turbines for
Industrial Thermal Blectric Power Stations
for water heating provide for about 10% of the power
generated from steam flowing to the condensers. it
should be made possible to use some of the heat going to
the condensers for heating system water when necessary.
by casing the performance requirements on certain types of
turbine it should be possible to make them much cheaper
and lighler; a number of' suggestions are made to this end,
The effect of modifying the requirements will be seen from
Table 6. which compares the weight of turbines type APT-12
made by the Kaluga Works (to the proposed new requirements)
with turbines of the same type made by the Bryansk Works
(to the old requirements)., There are 6 tables.
ASSOCIATION: Promenergoproyekt
Card 5/5

KURANOV,- A.U., irah.
Modernization of old therral ele~:trlc p,,;wer I-dttnts.
Toplof,me-rgetika 11 no.5-26-31 My'64. 17.5)
1. Gobudarstvennyy noyaznyy ;,)rny(,kt?lyy irl'i I'l
prorrjshl~nnyk-h
zhr.nlyei promphlennvkh pr(Ap-lyatly v
ki ic; 4yap twa .

B61.0TIN, V.V., doktor tekhn.nauk, prof.; MAKAROV, B.P., ~and,tbukhn.nauk;
KIMANOV, B.A., lnzh.
------
Strnngth and rigidity of internal tran3former windinr.-,.
Eloktrichc3tvo no.4-54-59 Ap 164. 04IRA 17.-,'.)
1. Moskovskiy anergeticheskiy Anstitut.

KUPIJ[CjV, B.A., anpirunt.; I-IAKAJtOV, U~?J!n. zaiu4
Stability of multilayer olaistic rings under the action of a
uniform pressure. Izv. vys. ucheb. zav.; mashinostr. no.8:
49-57 164. (14IRA 17: 11)
1. Moskovskiy energaticheskiy Institut.

BOLOTIN, V.V. (Muskra); KURANOVO B.A. (Mnskira); MAKAROV, B.P. (Mcukwi)
Oscillations of cJ--cular transformer 4ndings. Izv.All SSSR.Energ.L
transp. no.4t86-90 Jl-Ag 165. OMIRA 18:10)

~ KURANOVv GqOo
I--
- . -.. RX A4rgae, Aotronotair no.213:17-18 il 160o (MIRA 14:1)
1. Gt6l peremennykh zvezd Voesoyuznogo astronomo-geodezicheskogo
bbnhohostva. (Stars, Variable)

KURANOV,,--G.00
BF Cassiopeiae. Per.zyezdy 13 no.52381-382 Je 161.
(MIRA 15-8)
1. Otdol peremennykh zvezd Moskovskogo otdelenlya Vsesoyuznogo
astronomo-geodezichaskogo obshchestya.
(Stars, Variable)

TSVETKOV, V.I.; ~~V ~G
Lyrida in ig6l. Biul. VAGO no.33'-'7-8 #63. (MIRA 16:4)
1. Mookovokoys otdalaniya Voesoyuznogo astronmo-goodoxichankogo
obahchestvaq meteornyy otdal.
(Meteors-April)

JWROS, D.A.; KMHOV,.,,
e
Boundary plan problem
no.6:89-136 154.
(Hydrodynamics)
in the rise of bottom water. Trudy VNII
(MLRA 9:1)
(Petroleum engineering)
g

Al
TSAREVICH, A.; KURADOV, I.F.
Ing the flow of the con ral well of a rouad-sbaped oil pool
Comput
In the case of elastic drive. Trudy VU1I no-8:9-34 156.
(WRA 9:12)
(Yluid dynamics) (Petroleum engineering)

140) sov/93-58-12-9/i6
AVIEOR: Shekhtam, and Larin, A.A.
tITLE: Filtration in the Surrounding Zone of the Well During the Hydraulic Frac-
turning of Formations (Filltratoiya Y prizaboynoy zone ekwazhiwj pri
gidravlicheekan razryve pleata,)
FMODICAL: Neftyanoye khozywtvo, 1958, Nr 12, pp 40-45 (ussR,)
AWTRA,CT: Yu. Me Shekhtman (Ref 11 presented a method for calculating the fluid in-
flux into a sand-filled vertical fracture. The present article aims to verify and
improve this method of calculation so as to facilitate its practical applicition..
The authors take a vertical fracture which is symmetrically located in relation to
the well and apply to it Shekhtmen's formula for the condition at the end of the
fracture. Assuming that a -c and b r c they present the formula as follows
it
2 yydx + q -c) ( -a _4x 40, y 0),
+ -C
'I -A hVx 2 dx - q(c) (0 < x