SCIENTIFIC ABSTRACT BYSTROV, L.N. - BYSTROV, S.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000307920019-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

Investigation of creep in a-iron by a torsion method S/659/62/009/ODO/0101030
1003/1203
mation and on pievious treatment of the material should be taken into account the authors of the article did
not do tbi-. M. L. Bernshtein pointed out that discrepancies between the results of this work and those of
ot bet, Soviet authors. There arc 3 figures.
Card 2/2

RMTROV, L.N.; VOLKOV, G.V.; IVANGV, L.I.
Equipment for the deposition of radioactive layers by the
evaporation method. Trudy Inst.met. no.,10:209-214 162. (YJFA 15.-8)
Radioisotopes-Industria-I application)
par plating-Equipment and supplies)
M

.P)PTROM,-Ia--~MDskva); IVANOVO L.I.(Moskova); FROKOSHKIN, D.A.(mDskva),;
Prinin-1 uchastiye KARFOV, F.F.,q student
Grety of copper and copper-nickel alloys under toradon. Izv. All SSSR.
Otd.tekh.nauke b~t- i toPl no-5:197-209 8-0 162. (b" 15:10)
1. bb.* ovskiy gosudarptvennyy pedagogicheskiy inatitut imeni Lenina,
(for Karrov).
(Cxeep of copper) (Torsion)

BYSTROV, L.N.; IVANOV, L.I.; SUROVA, E.A.
Investigating the c p of alpha-iron by the torsion method. IBB1.
po zahropr. splav. 1e..72-81 162. (KURA 16:6)
(Creep of metals) (Iron--Testing)

XSTROV,.-Lev Nikolayevichj -DASHEVSKAYA, I.Ya.,. red.; LADONIN.A, L.V.,
tekhn. red.
[AutomatioW-,CdC-Ambnalogical procesves and -flawdatoctfon
in metallurgri"survey df foreign engineering) A: izatsiia
tekhnologicheskikh protsessov i defektoskopiia v metallurgii;
obzor zarubezhnoi tekhniki. Moskva, GOSINTI, 1962. 64 p.
(Tema 13) (MIU 17:4)

SUROVA E. A. I ,Mloskva); BYSTROV, L.N. (Moskva), IVANOV, L.I. i'Mosk-va)
.4 P
Connection between the elasticity modulus and the creep rate in
iron-aluminum alloys at high temperatures. Izv. AN SSSR. Otd. tekh.
naiik. I-let. i gor. delo, no.4-.130-134 Jl-.Af-, 163. (MIRA 16.-10)

BISTROV, L.N.; IVANOV, L.I.; PROKOSHNIN, D.A.
~
Investigating the diffusion of nii*elln nickel-copper alloys. Isel.
po zharoproch. SPlaW. 10:44-46 163. '- (MIRA l7t2)

KkffAKIN, Rudollf Nikolayevich; RATNER, M.P., retsenzent;.-,EYSTRQK,-.
_N.N.#,kand. fiz.-natem. nauk, red.; VOROTNIKOVA, L.F.,
tekhn. red.
[A.C. traction networia) Tiagavye seti peremennogo toka.
Moskva, lzd-vo "Transport," 1964. 185 P. (MIRA 17:4)

ACCESSION NR: AT4013926 8/.2659/63/010/000/0044/0046.
AUTHOR: By*atrov, L.N.; Ivanovs L.I.; Prokcrhkin, DeA.
TITLE: A study of nickel diffualo~ in nickel--Fopper alloys
SCU=: AN SSSR- Imititat mitalluMit. IssUdwanlya po zharoprochnyft splav.
v. 10, 1963, 44-46
TOPIC TAGS; nickel, nickel-copper alloy,. diff4si6n coefficient, electrolytic
nickel, nickel diffusion
ABSTRACTI- A study has bedn made of the diffusion coefficient in pure electroly-
tic nickel and.nicks.1-coppe%4alloys. In laboratory scale experiments, three
test specimens of alloys with 0.05, 1 and 10% copper, and one specimen of pure
electrolytic nickel were used as strips 70 = long,,$ = wide and approximat6ly
50^ thick with solid copper plate@, soldered at each and, serving as contac s.
C,-
The radioactive Isotope Wi63 was deposited In the middle section of the spec
imen by atomizatiodin vacuum '06 one' side only. The strips were heated many 1- 24
times to 1100-1300C by passing-alternating current through pure helium. Af r
every heating, radioactivity measuremate were taken frm each side of1 the
strip. The results of the'study shmed that the diffusion coeffLcis was her
Card 1/3

ACCESSION NR: AT4013926
for ppre nickel and lower for its alloys (NI-Cu). The energy of diffusion of
Ni initially increases by & factor of 10-15 K. CaLlMole when copper is added
as shown in Fig. I of the Enclosure.* Thus, this study confirmed the results of
similar studies on Ni-Cu alloys by "kav and Zhukhovitskiy (Dokl. AN SSSR 9-0,
no. 3, 1963), and by Reynolds at &I. (Act& Met# 5 no. 1, 29, 1957). Thege stud-,
ies were conducted ftith nickel-gold alloys, as the nearest system to Ni-Cu
alloys. Orig. art. has: 2 figures, I formula and I table*'
ASSOCIATION: Institut metallurgil, AN SSSR (Metallurgical Institute AN SSSR)
SUBMITTED: 00 WE AQQs 277ob64 ENCL: 01
SUB CODE: M 30 W Wv: 002 OTHER: 001

ACCESSION NRt. A74013926 9HCUWM: 01
8'.
Fig.I Mergy of.activation of diffusion
of mickei In. nicw-coppsr~ alloys
vs. copper content,*
3/3

ACCESSION M AP4042023 6/0020/64/157/001/0147/0149
UTHORI L. N.; Ivanov, Lo I.; Spitsy*n, V. 1.
a tr v.
A
(Academician
TITLEt Effect of y-trradlstLon on the rate of aging of beryllium I
Copper
SOURCEt AN SSSR. Doklady*. v. 1579 no. 1, 1964, 147-149
TOPIC TAGSt gamma irradiation. beryllium copper. beryllium copper
aginge Ramnis irradiation effect
ADSTRAM The effect of y-irradiation on the aging of beryllium
copper (2.52 Be) annealed at SVOC and water quenched was investi-
gated by measuring the electric resistance at -196C(to.eliminate the
influence of the phonon component) of a wire 2 mm in diameter* The i
10-2
Me
initial electric resistance of' the wire at -196C was about oh
One of the two specimens used was subjected to repeated Irradiation
cobalt (dose,, 490 r/sec); the electric resistance
from radioactive.
(of both specimens) was measured after each irradiation, - The malt-
nitude A(Rirrad/Rnon-irrad) verved an the criterion of the irradi- I
.Coia

~APCESSJON NR: AP4042023
ation effect. After .a total trradiation dose of 2
I 5.107r was reached,
both specimens were annealed at 120C for about 500 hr, with periodical
measurements of resistance. The results of the experiments are
presented in a graph (see Fig. 1 of the Enclosure). The behavior of the
1:irradiated specimen is explained as followst. the y-irradiation
it caused formation of numerous trystallization centers of a new phase,
i"but their growth was retarded by low temperature (room temperature)*,:
':At 120C, however, new crystals begin to grow from these centers, and
the resistance of the irradiated specimen increases more rapidly than
;that of non-irradiated specimens. As soon as the crystallization
centers are Consumed, the aging rate of irradiated specimen begins
to decrease, and the relative'electric resistance also decreases
somewhat. Orig. art. has$ I figure.
SSOCIATION: Insiltut metallurgit in* A. A* Baykove (Institute of i~.
A
Metallurgy)
SUBHITTEDS 05Jul63 ATD PRSSSS 3077 ENCL: 01
SUB CODE: MN, NP NO RZY SOVI 002 OTHERt 002
Card
2/3

ACUSSION NRs AP4042023
ENCLOSUREs 01
is
P~ its
t0--
2
0
92
Do:
Ox
C
0
1000 M a
Irradiation annealfng time'*---- -
dose D-10- r at 120C, min
Cu +2.5% Be
Fig. 1. Dependence of electrical resistance of non-irradiated
specimen on annealinR time (1) and dependence of electrical
resist&Tfce of Irradiated specimen on radiation dose and-anneal-
ing time_(2)
Card 3/3

23353~-65..l
A
TOM61822,

J".
WREF'Sav:
vW' ue- of _:Ooiss. on.brack-et vq,uIa.I to 0. 4 for the,-'
emd:th6-isbeat,m6duliis',vidties.- - 7be-dependence of,
.;r
Pr Composition is-discussed, Pirl Aft.
g, haw:

BYSTROV, L.N.; IVANOVP L.I*
Effect of 'r-radiation on the rate of bevyllium bronze
aging. DDkl. AN SSSR 1.57 no.1047-U9 Ti 16L (MIRA 178)
1. Institut metallwrgli in. A.A. Baykova. Predstavleno aka-
demikom V.I.Spitsynym.

f
-Acassiox. NRL:,
AP5013816
proper ties: of A~ medium- allot chrime-manganese, steel toughened by-THT (thermor
-iniechanical treatmen pal- ements: 0.4% C, 6% Mn, 1% Cr. The
Princi alloy-~el
TV:consigted in heating to 10501C, cooling to 550*C and rollin
g at this
-tempeiaturei-followed-by quenching. in water. -. Follawing its M, the steel
had an-austenitic-martensitic -structure. Its hardriess was 49.5 Rockwell units.
~:The irradiation of 2- mm thfck-~specimens of the steel was performed by means of
a linear a 24 hour' f
C-Ce-lerator in the, a. a olloving the irradiation
bjected to.tensile tests. The irr diation doses were:
th .8 ecimens were au a
1, 8-101 and 6-1014~electrons$ctA.-: It was found that,.unlike in the case of
pure metaladan many alloys, the. electronJrr4diation of medium-alL~ ~ste~,eL_
eoes not lead to hardening.ond a reduction in plasticity; an the contrary., it
leads to a decrease inthe ybalC strength(YO.2 and an increase in the
relative elongation at ruptura 6. ln,addition$ the plateau of yield points
disappeard.during the tensile tests'Of the irradiated specimens, This
anomalous variation in mechanical properties of the irradiated steel may
be under5tood,by considering thht, folloving'its TMT, the steel Is in meta-
urin the irradiation accelerates
stable state.~,., The. creation of defects d 8
t~*& diffusioWrroct *Oby contributes to the steel's transition from
noes and thaj.
-inetastable,to equillbriun,stste,, -, Thus, the effect of the irradiation, in this
tase ieesemblea the effect of low-tempbrature annea
ling Orig, art. has:
:lCord 2/3
7, ...77"-

BYSTROV, M.
'New mtrichinery for cooperative nocieties. Prom.koop. 13 no.1:18-19
Ja '59. (MIRA 12.2)
1. linchallnik telchnicheskogo upravleniyn Rospromeovotn.
(Cooperative societies-Equipmont and supplien)

BTSTRO N.N ,
Ikture, of the clinical course of cancer in young adults and children.
Sovet. mad. 16 no. 7:17-18 July 1952. (CLML 22:4)
1. Of the Department of Hospital Surgery (Head -- Prof. A. A.
Ozherllyev). Gorikly Medical Institute iment S. M. Kirov (Director
-- Docent P. V. Kravcbenko).

VAYIGRIB. L.G.; BYSTROV, H.
Liver abscess witb Trichomonas intestinalis
Davaine) Sov.med. 22 no.3:132-133 Mr '58o
(LIVER, abscess
in trichomoniasisi Inteatinalis
(TRICHOKONIASIS, compl.
liver abscess in trichomoniasis
(Trichomonas hominis
(MIRA 11:4)
(Rua))
intestimlis (Rua))

BYSTROV.-
The range of Artopilsia cina and problems in the consernration
of its rrovth. (YCqr. prir. i zapov. delo v SSSIR no.5:67-78 160.
OMMIA 14:2)
1. Farmatsevticho.91dy falculltet I-,,;o Moskovskogo ordena Lenina
moditsinalcoCo instituta :L-,.. I.M.Sechenova.
(South Xaza~eh*~an Provinm-woit1wood)
Ueninabad Provinco-Wormwood)

.,R.OVM..V.; FARMER, S. YA.
13YST il
Stomach - Diseases
Case of acute dilatation of the stomach, Sov. med., 16, !,o. 5, 1952.
9. Monthly List of Russian Accessions, Library of Congress. October -1952. Unclassified.
1)

L 56402-6
ACCESSION NRt AP5017800 UR/0286/65/000/OU/0031/0031
631.859.12.002.2
AUTHOR* Karatayevq 1. 1.t Wellnikq B. D.; Repenkovas T. G.; Sviridovag A. G.;
rjoktorvy- H. T.; Nazarov, G. M. Raygorodskiy. 1. N.-, Vasillyev. B. T.& Bystr9s.,
Vo; Babaryka, I. F,; Kuzyakj F. A.; Fel'dman, M. V.; Soverrher4to D.
Buslakova, b. P.,,' Toroptseva, N. P., Lyubimov. S. V.,,. Ul'yanow, A .IT.; Andres.
V. V.; Sobchuk, Yu. I.; Teetlina, H. N.; Andreyev, V. V.; Kramer, G. t..
TITIZ: A method for producing phosphoro-potassium fertilizers. -Class 16, No.171-'
409
iSOURCE: Byulleten' izobrateniy L tovarnykh znakov, no, 1l,-1965, 31
;TOPIC TAGS- fertilizer, phosphate, potassium
ABSTRACT: This Author's Certificate introduces a method for producing phosphoro-
potassium fertilizers using cement dust (waste from cement production) as the potas-
sium raw material. The process of adding potassium to the product in simplified
,and evaporation is prevented by using a 20% excess of an acid which directly neutra-
slizes the cement dust for breaking down the phosphate raw material.
Cwd 1/2

L 56492-65
~ACCESSION NRt AP5017800
ASSOCIATION: none
SUBMITTED, 2SHar62 ENCLi 00 SUB COMi. GC, LS
NO REF SOV: 000 OTHERt 000
2/2

BYST.MV, N.
0 prtblizhennom reshenii uravneniy v chastn~-kh -,%ro-lzvorlnykh 3 tremya
nezavlsimymi pereiaennymi. DAN, 3 (1934), 12-16.
SO: Mathematics in the USOR, 1917-19L.-i
edited by Kurosh, A.G.,
Markushevich, A.I.,
Rashevskiy, ?.K.
Moscow-Lenin_rmd, 1948

POTTER, Kh.I.; BygjRU,U-F--
Investigating the form of the moon from photographs obtained close
to.the moment of the topocentric full moon. Astron.zhur. 36
no-5:946-953 S-0 '61. (MIRA 14:9)
1. Glavnaya astronomicheskaya observatoriya AN SSSR.
(hoon-Observations) '

1104110(11110~ 2)
33427
S/033/62/039/001/011/013
E032/E5i4
AUTHOR: Bystrov, N.F.
TITLE: Antomation of astrometric measurements on lunar
photographs with the aid of a photoelectric device
PERIODICAL: Astronomicheskiv zhurnal, v.39, no..1, 1962, l46--15O
TEXT- The aim of this work was to develop an automatic
photoelectric device for meastirements on lunar photographs and,
in particular, for the determination of the coordinates of the
centre of the moon, The device was developed at the
Pulkovskaya observatoriva (Pt0kovo Observatory). In order to
speed up the measurements, to increase the accuracy and make
the method amenable to atitomation, it was decided to measure the
distances from the lunar limb not froin a reference point hijt fro.
the inner edge of a ring printed on a fine-grain plate, The
departnre of the inner edge of this ring from a perfect circle
does not exceed 0.2-0.3 ~L for a diameter of abotit 3 cm. Th e
plate with the ring is placed in permanent contact with the
photograph of the moon to be meastired and the gap between tile
lunar disc and the inner edge of the ring is nsiially 0.2-0.5 mm.
Card I

33427
Automation of astrometric S/031/62/039/001/01-1/0-1-3
1,:O'i2/IP,5 1/1
Fig.2 shows the optical system empioved~ Light from the soiirce 1.
is passed throligh tile condenser 2~ the iris diaphragm 3 a nd
the 4 avid unifoT-1,11y ill,iminates ithe partictilar part of' the
photogrilph of the moon .51 Tile micro-objective 6 projects the
image oi tile moon (X3 magnification) onto tile plane 7 wh i c h
conia.ili,, two slits. The light is then passed through the Fabry
lens and 9.
, is finally intercented by the photortiul.tiplier
Fig.3~) ~;hows tile form of the slits an~ of tile projected image in
tile pl.-)ne 7. The system is so arraiiged that light reaches the
photowliltiplier alternately thrniigh the two slits in 7 and
one o.- the slits (A) has twice the w-;dth or the other- Th e
meaSUT'f-ments are carried oxit as follows, To begin with the slit
A is placed on the daric nart. of the image and the slit 8 on
the bright background (Fig.3a), The light flux passing- through A
is smalier than that through B and the photomultinlier signal
recordt,d on the screen of a CHO is is -shown in Fig,-~)a'- The slits
A and L; are at a constant distance apart and are displaced
togeti Diiriiig the ineasxorements A moves w-ith r constant
velo, Lowards the -timb of the moon and at rightanzies to Lhe
Car-

33427
AuLomation of astrometric
I'a (I j. it 1. fi i t-ec I jfill 101011 1 ije S I itljl'410~ j I I 1-f I I I Qrh T 11 0 11 Ile
III(, c' I II Ix q Lill!. I It I-ollit-11 I IISI 11cl-l".1st'll IIIII
a L S OM P I i III 1)"c.)II10s vwl;t I I it IOil I ~ils-zol I hroilt.,i) It Ito !.y II I is,
At this poiijt ~,6~11.-Ii VI-11; IleV diSilopeal'S alld
the oscil -logra..n i vac I- i ~ it., smoivwi I it F.1,g. Next, whell tile si.it
A eiliters tile brit~ht hAeligi-ollild, Ole I I t0i I I' I it N tra ilsTI13- C L v0 OV i t
becomes greater than titat tran~tv.itt,eti hy i3 (the widtli 01, It is
greater- than th(- width of B) all'i tile Sigiv.1 it-4 of thp Covill Siloini
01 Fig.361. jitt ;I -time t, tlie stit % iiit-~!rcewrz t.tw edge cir tile.
standard ring and the twO 1-0111T. fillves bocolile eallal av:~1111'and so oil,
The photomultiplier siqlpizil is Cell jtit~o ) stiecial a c. amp-Iii'ver at
whose output tile signal is oi- ihtt forin ,Oinwn Jn Fjg:5. Th v
ou twi t o f thi s amn 1i f j. er i r. Fe 41 t. it 1, t I va r i. 01 Is v 1 0 c t I. oil i c t 14 . vi v
whi V i in the end produce uulsea whose wimber is promirt,tonal to
the distance betwi-en the t)arxicitlat- iloi!it. oil the edvc~ 0i Lilt,
lunar disc and the innor ettgo oi' the sTatitiard r1ing. Prov isilliv
is made for the nittoilintic disol.-icement. of tIIV SlIt'S SO L11"It tile
entire perioliery of the image m:,y be exam-iiied if) this Way
alitolliatic"Illy. The riine interv;iL occupied by one cycie of
Card 34

33427
Automation of astrometric ... S/O'i3/f):.!/039/0()I/()] 1/013
E03~.,/Lziii.4
operat:t.on (otie point oit. the limi-i'l iq ahoiit W sec, The rms ei-ror
of a single measurement is abotir +0-1,-l L) u- St-ventv diatances
can be in castire, I in about 1.2 in i it, wTi cii cotis I j t-iite,4 a reducti ott ijv
n factor of 0-6 as comparevwtth vislial observatimis. Thooaccuracy
is Wigher - by a factor of 5-10 Niere are 1; figures and
Ii zioviLet-ijtos- refi!retice.
ASSOCIATIONt Glavi-taya astroumniclwskova oliservritoriva
Alf;ideinii nakik SSiR
00--oin Astronomical Ohsvt-vnir)t,-v, kcadmiav (it' Sciences.
USSIO
Ca I-di45~

S/033/62/039/003/009/010
E032/E114
AUTHOR: 3ystrov, N.F.
TITLE: On the accuracy of
of the lunar centre
observations
determination of the coordinates
of mass from photographic
PERIOD1CAL: Astrono,-,iicheskiy zhurnal,~v-39, no.3, 1962, 527-531
TEXT: The method described by K,4.I. Potter (Gl. astron.
observ. v Pullcove, v.22, no.168, 1961) is subject to various
errors which are: 1) errors introduced in measurements of the
position of points on the lunar limb; 2) irregularity in the
limb; 3) asymmetry in the figure of the moon; and 4) photo-
graphic irradiation. The contributions of these errors to the
total error are discussed. The first two of the above errors
have been reduced by the use of the automatic photoelectric
device described by the author in a previous paper. The asymmetry
of the figure of the moon has been discussed by Kh.I. Potter.and
the present author (Astron. zh. v-38, 1961, 946). Photographic
irradiation is said to be a difficult problem for which no
Card 1/2

On the accuracy of determination... S/033/62/039/003/009/010
E032/EJ14
solution is proposed in the present paper. A new modification
of the method of determining the centre of mass of the moon from
lunar photographs is briefly described.
There is 1 table.
ASSOCIATION: Glavnaya astronomicheskaya observatoriya
Akademii nauk SSSR
(Main Astronomical Observatory, AS USSR)
SUBMITTED: November 17, 1961
Card 2/2

SMOLYAR.P.M.; NIKULIN, P.I.; BYSTRDY, N.I.
Joiner's bench for finishing assembled door leaves.
BuQ;osted by Smollar, P.M.: P.I.Nikulin, N.I.Bystrov. Rats.i
izobr.v strol. no-9:71-73 159. (MIRA 13:1)
1. Rabotniki zavoda ".Stroydetall" stroitellnogo trenta NO.16
Glavloningradgtroya, Lenlrgrad,-Moyk~. d.67/69.
0001-11)

BYSTROV, N.H.s agronom; LysyAxoir, m.P., tekbnik-khimik.
z
Storage of peanuts and soybeans at low te"ratures. Neel.-shir.prom.
'19 no.3:8-9 '54. (NM 7:6)
1. Armavirskiy maalozavod 11o.4. (Peanuts) (Soybean)

KOIJDWtT'TBFA, T.F., kand.tekbn.mmuk; BTSTROV, IT.H., iuzh.
Efficient ty-pe of fully.-opening safety valve. Khlm.mash.
no.1:5-10 Ja 160. (MIR& 13:5)
(valves) (Cimpressorm)

MOSIRp Male;JEAT81, Qj.; SHEVYA.KOV, L.D., akademik., red.; SHWARD131,
S.V., red.; AGOSHKOV, 14.1.,, red.; BORISOV, S.F., red.;
13YSTI~~4jl., red.; KISLOV, V.11., red.; KRAKWALEV, I-S.K.,
red-.i KUZNETSOV, N.A., red.; 1,1M'.K01'SK1Y,, G.L.. red.;
MEL"NIKOVj N.V., red.; POLKOVNIKOV, A.A., red.; POPOV, K.S.,
red.; CHAYKIN, S.I., lFureat Leninskoy premii, red.;
OWCHAMA# Ite'Aso teklm. red.
[Kursk Magnetic Anomaly; histoiny of the discovery study, and
commercial development of iron-ore deposits. Collection of
dociunents and materials in two volumes, 1742-19603 Kurskada
magnitnaia anomaliia; istoriia otkrytiia, issledovanii i pro-
myshlennogo osvoeniia zhelezoradnykh iriestorozhdenii. Sbornik
dokumentov i materia-lov v dvukh tomakh, 1742-1960. Belgorod,
Belgorodskoe knizhnoe izd-vo. Vol.l. 1742-1926. 1961. 417 p.
(MIRA 15:3)
(Kursk Magnetic Anomaly--Iron ores)
(Magnetic prospecting)

BTSTROV. N.V. (Rost ov-na-.Donu)
Application of combined therap7 in various diseases. Irlin. med.
31 no.ii:62-66 w '53. Off-RA 6:12)
1. Is Nanikovo-Beresovskoy sellskoy rayonnoy bolluttsy (glavnyy
vrach Z.V.Bystrov) Milyntinskogo rayon& Rostovskoy oblasti.
(Therapeutics)

-
.--- -- - 9
Axtensive resections of ummll intestine. Xhirmrgits 33 no.2:109-110
F '57- (K[aA 10:6)
1. Is Krasnoyarskay gorodskoy bollnitay.
(INTISTIM. SMALL. surg.
resection, extensive (RUB))

BYSTROV. 'N.V.
Novocain e-paraffin block.
Zhur.nevr. i ps1kh. Suoplement:29 '57.
(MIRA 11:1)
bolinitas (galvnyy
vrach N.V.
1. Utorgoshakeya sellskaya rayonnays
Bystrov) Novgorodgkoy oblasti.
OWAL ANESTHESIA) (PARAY7INS) (NOVOCAINE)

BRLYAYSV, A.A.; BYSTROV. N.V.
Dangers and complicationa in enterostomy [with gtmmarr in Inglishl.
Rhirargiia 34 no.9: 68--73 S 158. (MIRA 12:4)
1. Iz 1-y khirurgichaskoy kliniki (zav. - prof. S.V. Lobachev) MoB-
kovskogo gorodskogo nauc'hno-isaledovatellskogo inatituta skoroy
pomoghchi iment. N.V. Sklifosovskogo (dir. M.M. Tarasov. glavnyy
khirurg--prof. B.A. Petrov).
(INTESTIM-SURGERY)

- BYSTROV, N.V.
Clinical forms of acute pancreatitis; their diagnosis and treat-
ment. Xhiruxglia 35 no.12.-17-24 D 159. (MIRA 13:6)
1. Iz 1-y khtrurgichookoy kliniki (zaLv. - prof. S.V. Lobachey)
Moskovskogo gorodskogo nauchno-Issledovatel'skogo instituta
skoroy pomoshchi Imeni N.V. SklifosovBkogo (dlr. - zasluzhen-
ny vrach USSR N.M. Tarasov, glavnn khirarg - prof. B.A. Petrov).
(PANCRIATITIS)

TULYAKOVA, L.S.;
Rare case of osteosynthessis with a three-bla~ded nail with a
plate in a subtrochanteric gunshot fracture of the right femur.
Khirurgiia 35 no. 5:105~-106 My 159. (MM 13:10)
1. Iz I-y khirurgicheskoy kliniki (zav. - prof. S.V. Lobachev)
Moskovskogo gorodskogo nauchno-issledovatellskogo instituta
skoroy pomoshchi im. SIdifosovskogo (dir. - zasluzhennyy vrach
USSR M.M. Tarasov, gla-myy khirurg - prof. B,A. Petrov).
(M -VJR---,7MCTjURE )

BYSTROV, N.V. (Moskva, Sadovaya-Triumfallnaya ul., d.19, kv. 2)
Anesthesia in amputations of the extremities of serious],y injured
rersons. Vest. khir. 82 no.6.'135-137 Je '59. (WRA 12.8)
1. Iz 1-y khirurgicheslmy kliniki (rukovod. - Prof. S.V. lobachev)
Institute im. N.V. Sklifosovskogo (g1. khirurg - prof. B. A. Petrov)
(ANMTMIA) (AMPMATION)

-BYS WVj, 11 V.
Traimatic p=oreatitisc Xhirurgiia 37 no.2sl6-21 F 161.
(MMA 3.411)
lo Iz I-q khirurgicbeakoy kliniki (zav. - prof. S.Te lobacbeyl
Wookovskogo gorodskogo nauabno-iseledovateltakogo -instituta skqroy
pomoobehi imeni N*T. Maifoamakogo (klavnyy khirurg - i"luzhe~my7
de~itell mauki profs BeA. Petrov; dir, - zusluzhennyy vraoh USSR
N.A.. Tarasov).
(ABDMR"OUM)S AND MURIES) (PANCREAX-DISEASES)

i khran,
oDarating the cloanin;
r_ gy Tran5 (MIRA 18t4)
no,1;11-12 '65.
1. Severno-Zapadnoye --qj~,rteprovodnoye uprr'vl(-,-rliYe-
11

IIYSTROV, P., prepodavatell
Materials on the seven-year plan in classes on the technology of
metals. Prof.-tekh.obr. 17 no-3:11-13 Mr '60. (MUA 13:6)
1. Remeslennoye uchilishche No.1, g.Magnitogorek.
(Metallurgy--Study and teaching)

BYSTROV, P. D. and )XVSTYUKHM, A. I.
"A study of the phase diagram of the sytem NaF-ThF4 over the
concentration range 0 to 35 mole % 7nH4- Report of the MIFI, 1949 (umpublished).
SO: J. Nuclear Energy, 11, 1957, Vol. 5, P. u4, Pergamon Press W., London

BYSTROV, P. D. and YEVSTYMM, A. I.
"A Study of the system NaF-Kr-ThF4 and the composition of the
electrolyte during electrolysis of the chlorid;*-fluoride system WaCl-KOl-ThF4-
Report of the MIFI., 1953 (unpublinhed).
SO: J. Nuclear Energy, 11, 1957) Vol. 5, P- 114t Pergamon Press Ltd., London

"Invetti:-ation, of' the croces" of
19cr,
zj.rConiUM" I'or'cm"' ~in Hi,-her tion !~~Sft-
oj~
Physics Inst. (DissertRtion for tne Derree of Cnndic"~Ae
scienccF)
Sr': Knizhnavn Letoni-S' ~lo. 51, 10 December 1955

I ITT, T no M

1 11, till (I t1vi-,
-,"4F

Cr,

USSR/ Inorganic Chemistry. Complex Compounds C.
Abs Jour : Referat Zhur - Khimiya, No 4, 1957, 11437
Author : Yemel'yanov V.S., Bystrov P.D. Yevstyudhin A.I.
Title : Investigation of fRide Method of Zirconium Refining. Communication 2.
Lower Zirconium Iodides and Effect of Tetraiodide Pressure on Rate of
Deposition of the Metal
Orig Pub : Atom. energiya, 1956, No 3, 122-131
Abstract : In continuation of previous work (Part.-I, REMim, 1956, 68o6g) an invea-
tigation was made of the influence of lower iodides (LI) and 'vapor pres-
sure of Zr14, on the process rate of zirconium refining by the iodide me-
thod. Following refining'LI are found on the surface ofthe raw metal
in the form of black,, black-br6vn., occasionally bluish-black bloom. The
deposit appro.-iinates Zr13 in composition at reaction flask temperatures
of 300-5obP, and that of zri, it 62oo. combining of Zr14 at LI at the
surface has as alinal result) accordins" to-the authors, elimination of
excess Zr14 on prolonged iodizing and consequently a decrease of its
pressure in the reaction flAs-Ii, vhidh in turn changes the rate. The au-
thors believe that other important factors vhich affect the rate of tht
1/2

USSR/ Inorganic Chemistry. Complex Compounds
Abe Jour : Referat Zhur - Fhimiya, No 4, 1957, 11437
C.
process at pressures of ZrI -,-,,1,0.2 - 0.3 mm Hg., are inhibition of difffu-
sion process of metal. transiq~, due to loweftng of diffusion coefficient
of gaseous phase components on increase in pressure, and formation of
LI at surface of incandescent Zr rod.
2/2

'ClIX")l VRC)~ Eav:M
~b- j, '0-k,
diaa~iut.cm d th. rad OIL 14. egit m.m.

SOV/137-58-9-18827
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 9, p 95 (USSR)
AUTHORS: Yemel'yanov, V.S., Bystrov, P.D., Yevstyukhin, A.I.
TITLE- An Iodide Method of Refining Zirconium. A Contribution to the
Problem of the Relationship of Rate of Deposition of the Metal
to the Temperature of an Incandescent Zirconium Filament
(lodidnyy metod rafinirovaniya tsirkoniya. K voprosu o zavisi-
mosti skorosti otlozheniya metalla ot temperatury raskalennoy
tsirkoniyevoy niti)
PERIODICAL: V sb.: Nekotoryye vopr. inzh. fiz. Nr Z. Moscow, 1957,
pp 15-23
ABSTRACT: Taking the hypothesis that processes of diffusion are decis-
ive in the kinetics of the process of the transfer of Zr to a cen-
tral filament (F), it is shown that the rate of deposition of the
Zr on the F is directly proportional to the pressure of free I
near the surface of the F, and that this in turn determines the
temperature of the F. Inasmuch as the vapor pressure of the I
around the F cannot exceed the total pressure in the apparatus,
which is governed by the wall temperature, the rate of deposi-
Card 1/2 tion of Zr on the F ceases to increase with a further rise in 1-7

SOV/ 137-58-9- 18827
An Iodide Method of Refining Zirconium. (cont.)
temperature after the attainment of some specific F temperature which de-
pends upon the total pressure in the apparatus. These concepts afford an
explanation of the available experimental data of various authors on the do-
pendence of the rate of Zr deposition upon an F on the temperature of that F.
It is also shown that the quantity Of QA introduced by D8riiig and Moli&re
(J.H. DBrifig- K. Molie~re, Z. Eir Elektrochemie, 195Z, Vol 56, Nr 4,
p 403) in the equation log a cOnst QA/RTD, where a is the rate of 7r depo-
sition and TD/... the temperature of the F, is related to Ali in the process of
dissociation by the expression QA~ AH/4. If account be taken of the forma-
tion of lower Zr iodides on the surface of the F, the value Of QA, it appears,
is also dependent upon the vapor pressure of the Zr14-
V. M.
1. Zirconium---Drocessing 2. Filaments (Incandescent lamp)--Temperature factors
3. Zirconium--Electrodeposition 4. Mathematics
Card 2/2

7?-;*3 A-n Inytialsailon of tbe lodidt Method of I'Refini"
fie
Lover 7Arronium "Wr.- unA~T
t-l~ lid, Prev.v- I F-?: 11"
g pt fs~ pm -a-, 11,1,
,n-ugr Ld

S-L200 1097 JI'f"I
30659
S/137/61/00q/010/0Dq/'*%
MOM
ATTMORS i Yemellyanov, V. S., Bystroir,'P. D., YevztYukbin,
Production of plaatio.hafnium by the iodide method
PMODICALtz Fteferativnyy zhurnal. Metallurgiya,~no..10, 1961,.20,,abstract 100153
(V ob. "Metallurgiya i metalloved. chist.-metallov", no.1,Aoscow,
1959, 63 - 69)
The authors-studied the dependence of-Hf prebipitation rate on.th*
temperature of the Initial metal, the pressure in the r4tort,'and the tateperature
Of thig Silament.. M! precipitation was performed in a'oylindrioa1,M6-glass retort
of 18 - 20 cm length'and 8 cm in di ,ameter.''The iriitial turAgeten-filament of
0.05 mm -in diameter and 8 cm,length, was heated by'&-o.' The retort ''was heated in
an eler-,tric resistance furnace. In all the experiments Hf-rods were used as 11ii-
tial mital. Thelf was fourfold refined by .-the iodide method; the rods vezv
about 2 mm in diameter and weighed 35 g,, The iodipe was -introduced In the -form.,*
HiI fn an amount of 1.5 g.- IThe:temperature of the filament was-1,3500rj- the ini-
tia! temperature of'tfieretort was 3550C and ittained 370 -3750C at the end of
the experiment, The experiments showed that the maximum-rate of Rf precipitation
C&74' 1/2

S/ 1370M'/OW/O 10/009/056
Produato1on of -plastic hafnium by the iodide method A0061AI01
om- ths.,4,ilament waz -attained at - 2300C. - The temperature. of the raw metal afheots
the precipitation rate leanthan-the premro in the retort. The dependence of
4
;ht- Rf precipitation. rate on temperature was investigated at 36O.C in the retort
and 2309C temperature of the ampoule with 12.. The rate of Rf precipitation. in-
apeases under these conditions, but is considerably lose than that,of Zr.precipi-
tAtion,,
0 Svodt"va
[Abstractergs notef-Complete translation]
Card P,/2

KOSTERIN, Yu.I., kand.takhn.nauk; BYSTROV, P.G.; 1,11IMAYLOV, V.V.
Some data on effective performance of motor-vehicle brake linin.,gs.
Avt.prom. 31 no.7:17--18 JI 165. (MIRA 18:8)
1. Vsesoyuznyy nauchno-issledovateliskiy i konstruktorsko-
tekhnologicheskiy institut asbestovykh teklinicheskikh izdeliy.

!ACCESSION NR:. AP4042469 5/0294/64/002/003/0429/0436
iAUTHOR: By*strov, P. 1. (Moscow)
(TITLE: Nonstationary temperature field of frozen sectionsin systems
!with liquid-metal coolanti
SOURCE TeLplofizika vy*aokikh temperatur, v. 2, no. 3, 1964,
429-436
~TOPIC TAGS: nuclear reactor, liquid metal coolant, nonstationary
itemperature field, reactor coolant, maintenance
!ABSTRACT: An analytical solution was obtained which permits
idetermination of the nonateady-state temperature field in the center.,;
band at the boundaries of frozen sections of pipings in nuclear power
istations using liquid-metal as.the coolant. Freezing of the coolant
ican be used for sealing of liquid-metal systems. In nuclear power
1
,stations with liquid-metal cooling, some sections of the loops can
1be frozen, which makes it posisible to exchange separate loop elements~
iand to perforta preventive matntenance without draining the coolant
1fron the pipes and the reactore Knowledge of the temperature fields
LST~d I / 2

;ACCESSION NR: AP4042469
in the frozen section permits accurate selection of the type of
.Coolant, the Intensity of beat removal, and the dimensions of this
section. The freezing time Is of great importance for evaluating
the effectiveness of the frozen section. Nomogratax are given for
determining the dimensionless temperature in the center and at the
!boundaries of the frozen section as a function of Biot and Fourier-
Is
Inumbers. The dimensionless temperaturp was-plotted versus the pip
;length for a flow of-sodium (1073K) cooled with air (293K) for 1380
.isee in a pipe Oe2 a in diameter. Orig. art. host 4 figures and-
23 formulas.
!ASSOCIATION: none
jSUBMITTED: lOFeb64 ATD PRESS: 3067 EMS 00
SUR CODES NPj MH NO REF SOV: 002 OTHERS 000
'Card 22

/SY'S -01" 0
ALWSETINA, V.P.;'SHIRNOV , V.I., akademik, redaktor; CHEWTAM, G.A.,
professor, doktor fistim-natematichaskikh nauk, rodaktor;
BYSTROV, P.P.. redaktor; ZEMI, R.Te., takhnicheakly redaictor.
[Hatberatics and mechanics in the publications of the U.S.S.R.
AcadeaW of sciences; a bibliograpbyj Natematika i mekhanike, v'
izdanilakh Akadeall. nedic SSSR-. bibliografila. Sostavila V.P.
Alekseeva pod red. T.I.Smirnova. Moskva, Vol.2, 1936-1947. 1955.
-515 P. (KLRA 9:1)
1. Akademiya nauk SSSR. Biblioteka.
(BibliograplW-Kathematics) (Bibliography-- Mechanics)

E*OVIKOV 9I.T.; NBllOROZ-T*l;IY, il.S.; LAW~ENUZIKO, K.D.; llCldli, P.1%;
,UOG"J,'OV, Ya.I.; P-,,dCj7'GV, R.A.; Sflli*.~C,-,,CV I.
- i . . p a. ; --~
-G!, V.I.; Efd`TOV, V.S.; EPh-'TOV, V.3.
J~.A. SL _ZTI)ME
V
W-ZIl', N.V.; MMUSAKAK.,OV, L.N.; PLATOAKOV, V.-.'..;
SHETITWE', Y.M.; ROZATOV, K.A.; LIVS11PIS, A.Ya.; LOP,",T11", N.A.;
BYSTROV, P.S.
Sar.vei Boriuovich Fo~-,etllson. Gidr. stroi. 31 no. 1:59-60
Ja I C-1. (*. d1J,". 14:2)
(FoL-allson, l3arrei Borisovichg 1911-lc-C-0)

__ DTSTRO
--i
Unwarranted building. Zhil.-kom. khoz. 8 nQ. 8:10-12 158. (9IRA 11:8)
1. Glavayv Inzhener Glavnogn iipravlaniya proyaktnykh orgenizatsiy
Hinisterstya kommunallnogo khozyayetva RSFSR.
(Building--Contracts and specificAtions)

BYSTROVP S.; BERSENEV, S.
Good intentions or a specific suggestiont Izobr. i rats.
no. 4:47-48 Ap 161. (MIRA 14:4)
(Technological innovations)

BYSTROVP S. ,
Indemnification regulations when buildings are torn down. Na
stroi. Ros. 4 no.5:26-27 Yq 163. -(MMA 160)
1. Glavnyy spetsialist Gosstroya RSFSR.
(Eminent domain) (Building lavf)

BYSTROV, S.A.; PATRIKEYEV, G.S.
The SShCh-1 chip sorter. Der. prom. 13 no.4t8-9 Ap 164.
(MIRA 17:4)
1. TSentraltriyy nauchno-isaledovatel'skiy institut mekhanicheskoy
obrabotki drevesiny.

OTLEV, I.A.; BYSTROV,,.$.A.,, lnzh.; SHMAYEV, Yu.D., mledihiy naucbnyy
sotrudnik;'O ~,, A.?.,, mladshiy nauchnyy sotrudnik.
Economics of the manufacture of piezothermoplastics..-!~, /~ ~ ''f`*" '.'
Nauch. trudy TSNI'IMD no.l6t9l-% 163 (MIRk 170)
1. Uveduyushchiy laboratoriyey spetsiallnogi oborudovaniya.
dlya. proizvodstva, novykh materialov TSentrallnogo nauchno-is-
sladovatell'skogo Institute, mekbanicheakoy obrabotki drevesiny
(for Otlev). Iaboratoriya spetsiallnogo oborudovaniya dlya
proizvodstva, novykh materialor TSentrallnogo nauchno-issledova-
tellskogo instituta, mekhanicheskoy obrabatki drevesiny (for
Bystrov, Shiryayev, Svetlova).

MDSHKIN, A.M,., dotsent; EIYSTROV,, S.G.,, zhumalist; ADAMV., V.V.,
doteent, kand. lstdf.--aiak., retsenzent; KOLOSNITM;, V.,
red.; PALTIVA, N.., tekhn. red.
[Alapayevskl AUpaevBk. Sverdlovsk.. Sverdlovskoe, knizhnoe
izd-vo, 1961. 125 P. (MIRA 15:4)
1. Sverdlovskiy pedagogicheakiy institut (for Moshkin). 2. Urall-
akly gosudarstvehM universiit6t (for Adamov).
(Alapayevsk-F,conornic conditions) (Alpayevsk-History)

BYSTROV, S.I., inzh. ; BORNSKIT, V.M., inzb.
Flowsheet for preparing ingot mold trains for bottom no-aring.
stall 18 no. 6:513-514 Js, '58. (MIRA 11:7)
1. Chelyabinakiy matellurgicheakiy zavad.
(Steel ingotO

BYSTROV, S. N. Eng.
MIns, Rotary
Fast repair of rotary kiln tules. TSement 18, no. 3, 1952.
Yjonthl- List of Russian Accessions, Library of Congress, October 1952, UNCLASSIFIED.

BTSTROV, S.M., inzhoner.
Preventing the formation of cra7eks in rotary kiln recuperator
Alunals. TSOmeat 22 zo,2:30 Mr-Ap,156. (XIBA 9:9)
1.N9vo-Pashiyski7 teementayy zavod.
(Kilns, Rotary)

APOW IN 0K.B.; BURTSEV r I ; almov- S-N-; VIMM, G.B.; VCDNLT, G.G.; VORONIN,
M.; GRVLICH: A:S:; GRTAZNOV, U.S.; GUDIM, A.Y., GUSTATIRSKIT. N.A.;
DVCRIN, B.S.; DIMMO, V.Ye.; DM M-IYEV, N.H.; DMIDE, H.M.; DCIROGCOID,
G.M.; ZHDANOV, G.I.; ZAGCRULIKO, A.I.; ZBIMKWSKIY, A.G.; IVASHCHANK 0,
U.N.; KAFTAN, S.I.; WASHA, A.S.: KMYE7, A.D.; KLISHWSKIT, G.S.;
KOCYRW, V.P.; KOZOBM, V.N.-, LGALM, K.I.; IRTTRS, V.A.; MOM, B.Z.;
IOBMAS N,-O.; LUBnWs, I.A.; MANDRTKIK, I.I.; MUSTAFIN, P.A.; NEKIROVSXIY,
N.Xh.; HEIM. V.A.; 03MOVSKIT, Ta.M.; PIRTSIF, X.A.; FEM(W, I.D.;
PODaROMiANSKIY, H.04; PORN, A.P.; RAK, A.I.; RMAKIN, A.A.; ROMOT,
A.P.; ROMIGAUZ, D.A.; SAZ(FM, S.A.; SIGALOV. M.B.; STOKAKRIN, T".:
TARAS(W, S.A.; FILMM, B.S.; 1FRIDMAN, N.1r.-, IFRISHBMG, V.D.; MIARIKOV-
SKIY. X.V.; XHOLOPTSX7, V.P.; TSARW, U.N.; TSOGLIN, W.B.; CHRRM. 1.I.
CEMOK, V.T.: SMAM, A.K.
Samuil Borisevich Bwm~.Koks i khtm.ne.6:64 156. (nRq:10)
. (Bamme, Samdtl Berisevich, 1910-1956)

BYSMT, S.N., inshonor
Gew cutting on the Inside of NFastm type conPlIngs. Tsoment; 23
U0.1:25 J&P-7 15?. (xm lo:4)
1. lawo-Phsht"kiy temontnyy zavod.
(Gear cutting)

SOV133-58-6-10/33
AUTHORS: and Borevskiy, V.M. , Engineers
TITLE: A Scheme for Preparation of Mould Trains for Bottom Pouring
of Metal ~Potochnaya skhema podgotovki sostavov dlya
sifonnoy razlivki)
PERIODICAL: Stal', 1953, or 61 PP 513 - 514 (USSR)
ABSTRACT: The organisation of the mould preparation shop which
serves two melting shops on the Chelyabinsk Metallurgical
Combine is described. Some special features which are partic-
ularly recommended: cleaning of mould bottom with water,
cleaning and coating of the walls, pre-heating of cold stands
directly on bogies. There are 2 figures.
ASSOCIATION: Chelyabinskiy metallurgicheskiy kombinat
(Chelyabinsk Metallurgical Combine)
Card 1/1 1. Molds--Preparation 2.t Molds--Maintenance

SOV/130-59-1-15/21
AUTHORS: Bystrov, S.N and Sanpiter, S.A.
TITLE: Improvement in Internal Transport at the Chelyabinsk
Metallurgical Works (Uluchshaniye transportnykh
perevozok na Chelyabinskom metallurgicheskom zavode)
PERIODICAL: Metallurg, 1959, Nr 1, pp 30-32 (USSR)
ABSTRACT: Stating that many improvements have recently been effected
in the transport system at the Chelyabinsk metallurgical
works where bottom pouring requires the monthly handling
of 1+300 tonnes of refractories at the refractories plan-1--.1
the authors briefly describe some of the handling methods
adopted at the works. Fig 1 shows a bucket for friable
materials, Figs 2 and 3 the transport of ladle bricks and
hollow-vare, respectively, in containers, and Fig )+ a side-
dump wagon for fireclay powder. The dumping of ferro-
alloys into specigl containers and refractory-brick
transport on pallets are shown in Figs 5 and 6, respec-
Card 1/2 tively. Supply trains within the works are ran to a
schedule, with some locomotives specially assigned to

SOV/130-59-1-15/21
Improvement in Internal Transpqrt at the Chelyabinsk Hetallurgical
Works
given trains and ott;ars to given stations. As far as
possible rolling-mill scrap is prepared at the mill for
direct transport to the melting shops. A plan for
improving production organisation is drawn up at the
works each quarter.
There are 6 figures
Card 2/2

BYSTROV N.-.--
- - P ~S_
Production of semikilled steels in India. Metallurg 8 no.12:
19-20 D 163. (MIRA 17:4)

L-35D31 EWT(M)/EWP(b)/kWP(t) JD
3
ACCESSION NH- AP5008155 8/0286/65/000/003/003h/0034
AUTHOR: Eaton. D, Ye.; Pudko D. A., Medovar. 0. 1 ; Latash. Yu. V' - Maksimoyieb
B. I.; Sheyche 'fR
nko, A. 1. ; Stup&k, L. M ; Goncharenko. V. 6r- -or 'yev.
G.' K.; Chudin, N., I.; Imbenete. 1, A:.; YeLrtney- M. A . Keys, W. V.;
Tulin. N, A., Kncl'nitskiy~ V. Q., Privalov. W.-T ; Pielmennov, V. S.; Kholodoy,
Yu. A ; Ayntrov, 8. W.,Aastraltoy. V. F.; Donets, 14 D.; Sileyev, A. Ya
TITLE. Xethoj of eleetroolag castinAf Ingots. Class 16. no. 168743
SOURCE: Byllet,.- I.obretenly I tov*Mkh snakov, no. 5, 1965, 34
TOPIC TAGS: Ingot casting, Izgot electroslag casting, el*etroslag melting, steel
melting, alloy melting, metal melting
ABSTRACT: This Autbor Certificate Introduces a method of electrosleg casting of
ingots in an open or protective atmosphere or in vacuum, in vhicb slag is first
melted in a sold vith a nonconsumable or consumable electrode are or plasm jet.
To improve the metal quality and the ingot surfaie and to raise the yield& the
molten metal or, If needed, the 91a4 Is poured Into the mold through a hollow con-
sumable or nonconsumable electrode (see Fig. I of the Enclosure). Orig. art. has.
IND)
1 figure,
LC~0_ V3

L 35031-65
ACCWSION XRT
ASSOCIATION: Chelyabinskiy metallurgicheakiy sav" (Chelyabinsk Matallurgical'
Plant)
stmmiTro: o6ireb63 EXCL: 01 suB poDz.. mi, IN
w0 mw Sov.. 000 OTHER- 1000 ATD PREWs 3a5
_Cwd 24

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Of 441a (felon and 1dow.frolca Me&ts.
p
S 'KAOW'l'xay4 PTON- 17, No. 1. 41-2
42, MI; cf. C. A. 33.34746.-
O"'c"foren Meat swells mom than slaw-frozen meat. I-so
:0 411i It can be dedumd that quick-frozen tntmat umkrgoes Im
than mMt which has been froten progressively.
VW
00 4 . f1mm RiAmi is It"ten in buffer "nS.. equil. is
'910 reacbed in 24 his. A. Papineau-Couture i
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NOMOVA, A. A., Docent; Docent
Arsenic
Determination of small quantities of arsenic. Apt. delo No. 4, 1952.
Monthly -U,91 -Qf Russia Accession , Library of C~ngress. November, 1952. UNCLASSIFIED.

BYSTR . -, , -16--dotsent; PARSE40T. Tu.1., student III kursa
Determining small quantities of arsenic. Report No.2. Apt.delo 6
no.1:38-42 Ja-7 157. WRA 10-3)
1. Is Moskovskogo farmatsevticheekogo instituta Kinisteretva
zelravookhranent.va 11 1.
(ARSENIC)

BYSTROV, S.F., dotment
(~aantitative deterninatlon of arsenic in preparations containing
arsenous anbydride. Apt.delo 9 no.2:67-72 Vlr-4p 160.
(KrU 13:6)
1. Iz farmtsevtIcheekogo fakullteta, I Noskovskogo ordena Lenina,
meditsinskogo institute. imsul I.M. Sechenova.
(ARSIMIC)

SHEVERDYkYEVA., V.M,,-,__~YSLRI~~! $.P.
Quantitative determdzation of aisenic in- osarool. Apt. delo 9
no,3:22-27 MY-Je 160o (MIRA 14:3).
1. Farmatsevticheskiy fakulltet I Moskovskago ordena Lenina
meditainskogo instituta imeni I.M.Sechenova.
(ARSENIC--=LYSIS)

BYSTROV9 S.P., dotsent; VARAKINA., A.F., studentka IV kursa
Quantitative'determination of arsenic in crystaUine sodium
arsenate. Apt. delo 9 no. 4:20-26 JI-Ag 160. (IMU 13:8)
1. Farmatsevticheakiy fakulltet I Moskovskogo ordena Lenina
meditainakogo instituta im. I.M. Sechenova,
(ARSENIC-ANALYSIS)

SHEVERDYAYEVAg V.Mq; BYSTROVj S.F.
Quantit4ttive determination of arsenic in, mmins. Bone, Apt. dela 9
no.6t2O-,32 N-D 160. (MM \13,12)
1. Farmetpevticheskiy fakulltet I Moakovsk6go ordena lenins, medit--;!
sinskogo limstltAa Imini I M. Seahenova.

BYSTROVP S.P.P dotsent
Determination of arrenic in A potaBaium arsenite solution
Apt. delo 10 no. 1:29-34.ja-~ 161. (MMA 14:2)
1. Farnatoevtichookiy fpkulitet I Moskovskogo ordena lenim
meditsinskogo inatituta imeo I.M. Sechenova.
(ARSFtNIC-fAMLYSIS)