SCIENTIFIC ABSTRACT GALONEN, YU.M. - GALOVIN, B.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000614120015-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GAWNEEN, Tu.M., kand.tekhn.nauk
A useful book ("Municiapl railways and roads" by V.G.Sosianets.
Reviewed by IU.M.Galonen). Gor.khoz.Mosk. 32 no.8:39-40 Ag '58.
(mim 11:9)
(Street railways--Construction) (Traffic engineering)
(Sosianeta. V.G.)

jr
8(0)
SOV/105-59-5-25/29
AUTHORS:
--
Basurmanov, K* As# Engineery Galonen, Yu. IL, Candidate of
~

eZor, Doctor of
J
Technical Sciences, Yefremov, - F ~ro
Technical Sciences, Ivanov, 1. T., Candidate of Technical
Sciences
TITLE: V. G. Sosyante
PERIODICAL: Elektrichestvo, 1959, Nr 5, p 92 (USSR)
ABSTRACT: A short curriculum vitae on the oocasiou of his TOth birthday.
Born on November 2T9 1886 in Tiflis. Enterecl.the MoskcLvskiy
tramvay (Moscow Streetcar Service) in..1908, studied al.ths-
same time and finished his studies at the Polytechnia-Inatitute
in 1916. He worked in the Moscow Streetcar service until 1930
11kere he finally became chief engineer. From 1931-37 he.work-
ed in the system of the Narodnyy komissariat.kommunallmago
Aozyaystva RSFSR.(People's Commissariat-for Munialpal-Economy.
of the RSFSR) and in the Vessoyuznyy sovet koamunallnogo
khozyaystva pri TsIK SSSR (All-Union.Savet of the Municipal
Economy at the TsIK of the USSR)- From 1937.he has been coa-
ducting the Sector of Municipal Transport at the Akademiya
kommunalln6go khozyaystva im. Pamfilova. (Academy of Municipal
Card 1/3 Economy imeni Pamfilov). Besides, he is working as a pedagogue.

V. G. Soeyants
SOV/105-59-5-25/29
He started his activity as a pedagogue in 1929 at the Institat
narodnogo khozyaystva im. Plakhanova (Iutitute.of Political
Economy imeni Plekhanov) where.-he..orgapized.and.gave--lecturea
on municipal electric transportation-Later-on he also.worked
at the Moskovskiy energaticheakiy inatitut-(Moscom Power En-
gineering Institute) and other institutes* He published a num-
ber of scientific papers, text bookst and mnnuq18._In 1923
he organized the lot All4knoian. Streetcar Conferanco. He -was
a member of the Presidim of the Postoyannoye..byuro vaeaoy-uznykh
tramvaynykh all ezdov (Permanent Office of the All-Union.Stree.t-
car Congresses~j of the Vbesoyuznoye-nauchnoye*inzhavierno-
tekhnicheakoys obahchestvo gorodskogo transports. (All-Uniom
Scientific Technical Society of Municipal Transpc:7tation).
Since 1954 he has been Deputy President of the Central Executive
Committeo of the Nauchno-tekhaicheakoye obhhahestvo samitarnoy..
tekhniki i gorodskogo khozyayatva.(Sciantific-technical...Society
of Sanitary Engineering and Municipal Economy.). At the.same
time, he is Deputy President of the Section of Transportation
of the Moskovskoye gorodskoye o-tdeleniye Vsesoyuznogo obahch ate.
va po rasprostraneniyu poli-tichaskikh.1.nauchnfth- 7.nAniy. .(Moscow
Municipal Department of the All-Union Society for the Propaga-
tion of Political and Scientific Education), as well as a member
Card 2/3 of the Commission for.the Reorganization of Municipal Trans-

V. G. Sosyants
SOV/105-59-5-25/29
portation at the Mosgorispolkom, of the Tekhnicheskiy sovet
Ministerstva kommunallnogo khozyaystva RSPSR (Technical Council
of the Ministry of Municipal Economy of the RSFSR), of the
Uchenyy sovet Akademii kommunal.tnogo khozyaystva (Scientific
Council of the Academy of Municipal Economy) and of the
TekhnicILeskiy sovet Mosgorispolkom (Technical Council of the
Mosgorispolkom). lie beara the Badge of Honor and various
medals. There is I figure.
Card 3/3

8(6), 12(4) SOV/105-59-5-27/29
AUTHORS'. Galons-IJU."., Candidate of Technical Sciences,
_7UTWa-y17ch, I. A., Engineer
TITLE: I. S. Yefremov. Mechanical Equipment of Trolley Busesk:(I. S.
Yefremov. Mekhanicheskoye oborudovaniye trolleybusov),., 2nd
Edition, Revised and Completed- 351 Pages, Price 9 Rubles
10 Ko-ecks. Publishing House of the Ministry of Municipal
P
Economy of the RSFSR, 1956 (Izd. 2-ol ispravlennoye is dopol-
nennoye- 351 str. to. 9 rubs 10 ko Izd-vo hlinisteretva kom-
munallnogo khozyaystva RSFSR, 19565: 1. S. Yefremov. Electrical
Equipment of Trolley Buses (I. S. Yef-remov. Elektricheskoye
oborudovaniye trolleybusov)~ 2nd.Edition, Revised and-Completad.
396 Pages, Price.10 Rubles 60 Kopecks-Publishing-House of the
Midstxy of-Municipal Ecbnomy of the RSFSR, 1956 jzd. 2-ep
ispravlennoye i.dopolnennoye-.396 str.9ts. 10 rub.. 60 kop.
Izd-vo Ministerstva kommunallnogo khozyaystva RSFSR, 1958)
PERIODICAL: Elektriche~tvo, 1959, lir 5, pP 93-94 (USSR)
ABSTRACT: This is a book review. Both these.booka are textbooks of elec-
tromechhnics andIcan. be used.as-referemee w-orks by engineers
arAtechnicians of.the trolley-bus transport companies. Both
the books are c4rly and fluently written and bring many data.
Card 1/2 A short survey of .the contents of individual chapters is givens

BOV/105-59-5-27/29
I. S. Yefremov. Mechanical Equipment of Trolley Bases. 2nd Editiont Revised
and Completed. 351 Pages, Price 9 Rubles 10 Kopecks. Publishing House of
the MinJetry of Municipal Economy of the RSFSR, 1956. 1. S. Yefremov. Elec-
trical Equipment of Trolley Buses. 2nd Edition, Revised and Completed.
396 Pages, Price '10 Rubles 60 Kopecks. Publishing House of the Ministry
of Municipal Economy of the RSFSR, 1958
and some shortcomings are pointed out. It is recommended for
the next edition to deal with the problem of using single-
phase current and semiconductor rectifiers in trolley buses,
and to bring the constructional data and descriptions of the
electrical equipment in the new types of trolley buses.
Card 2/2

GAIONW, Yu., kand-tekhn.nauk
"Blectric equipment of refrigerating compressor plants" by D,S,
Chukaev, V. S. Shcherbakov. Reviewed by W.Galonen. 1DWl.tekh.
37 no.4 t67-68J1-Ag 160. (MM 13:11)
(Refrigeration and refrigerating machinery--Zlectric equipment)
(Chukaev, D.S.) (Shcherbakov, V.S.)

GALOMEN, Yu., kand.tekhn.nauk
Now book on municipal public transportation. Zhil.-kom.
khoz. 10 no.4:34 060. Oam 13:6)
(Local transit) (Road construction)

GAIDnN, Yu,M., Lzand.tekhn.nauk
Xectric power supply, electrical equipment, and automatic control.
Makhostroi, 17 no*5:30-31 XF 160. (MIU 13:7)
- (Automatic control)
01100tric driving)
Mectric pover plants)

GALCNEN, Tu., kand.tekhn.nauk
"Design, maintenance, and repair of street rallvLay rolling stoce
by K-S.Chertok. Reviewed by W.Galonen. Zhil.~kom. khoz. 10 no.11:
33 16o. (MIRA 13: 11)
(Streetcars)
(Chertok, M.S.)

~~my2ovicbp kand.tekhmnauk; ISLANKINA, T.F., red.;
ATROSHCHENW-9 -L-.Y-e-.,-,U-kbn.red.
[Urban passenger transportation] Gorodskoi paBsazhirWdi
transport. Moskyap Ind-vo 42maniev" 1962. 47 p. (Voevoiusnoo
obahchestvo po rasprostraneniiu po2iticheskikh i naucbzWkh
znanii. Ser.l+,, Tekbnikag n0,,11) (MIU 34:7)
(Local transit)

GAILIM Yu.M. kand.tekhn.nauk
Conference on streetcar and trolley bus transportation s tems
Elektrichestvo no./+:89-90 Ap 161. (I.IIRA 14: Br 0
1. Akademiya ko=nmallnogo khozyaystva..
(Streetcars-.Congresses)
(Mrol-ley, buses--Congresses)

GALONEN, YU.N.
Using new types of public transportation in c#ies. Sbor.nauch,
rab.AKKH no.13sl74-191 162. (MMA 16:4)
(Local transit)

G A LO NEN kand, tekhn. nauk
Moving sidowalks. Nov.tekh. zhil.-kom.khoz.:Gor,dor.-mosto
khoz, I transp, no. 2t116-129 163, (MIM 1715)

GALOIE14, Yu.., kand. takha, nauk
I
"Modern designs of streetcar track" Irj V.P. Sosiants. Raviewed
by IIJ. GiLlonen. Zhil.-kom. khoz. 13 no.5:29 My 163.
MIRA 1618)
(Street railways) (Sosiants, V,G*) i

kand. tekhn. nauk; IVANOV, S,,%',,,
f&a. - - ~ 1. -
[Trains over the City; monorail railways] Poezda nad goro-
dom; monorellsovye dorogi. Moskva) IZd-Vo "Znanis," 1965.
31 p. (Novoe v zhizni, nauke, tekhnike. IV Seriia: Tekhnika,
no.8) (MIRk 18:4)

USSR/Analytical Chemistry Analysis of llriorgan~c Substances
Abst Journal: Referat Zhur - Knimiya, No 1, 1957,. 1264
Author: SventitsX-Ly, N. S., Sukhaenko, K. A., Galt:,n~%v_-2--P.. 0. B.?
Alpatov, M. S., and Taganov, K. 1.
Institution: None
Title: Spectral Determination of Nitrogen, Hydxogen~ and Oxygen in Titanium
and Its Alloys
original
Periodical: Zavod. laboratoriya, 1956, W! 22, No 0", 668-673,
Abstract; The determination of N) 01, and H in Ti all-),is and of F Ln Ti
is described. The determinations were. made with a type MP-51 spec-
trograph (with a camera of f = 270 mm for N and 0 and a tYPe UF 85
camera of f = 1,300 mm for H); -type III spectroscopic plates were
used for N and 0 and type 250 Goverment Standar~ panchormatic film
was used for H. Several methods of excitation were zlested, including
low-voltage condenser sparks and aingle-galse bigh- and lov-voltage
condenser discharges. The fJ..-sL metbe-A gave the best results with N,
Card 1/2

USSR/Analytical Chemi'styy - AnalyBis of incargani~_ S-e,,3tanr_,e,3, 0-2
Abst Journal: Referat Zhur - KIdmiya, No 1, 1957, L?6"
-1 e 41 Z- aT-
Abstract: while the last method was found most. d H. N and 0
were detsrmined i ar, atmoiphere of hekh,rj 1*00 and wil Eg., re--
spectively), while H was determined in air. Fr~,r starrjj_rdt~ ca~;t.Sam-
ples of Ti werle used the N cckntentv of hai been
chemically, and the 0 and H content - by hot Pxtra~-,.'_on. The fol-
lowing slit widths were used: 0.015 mm for N, 0.02 mm for 0, and
0.07 mm for H. An exposure of one second was ix.:,,ed fca7 N with the
following pairs: NII 399k, 995 A and M 3889, 954 A and TiI 3998,
640 A. In analysis for 0 the relative intensity of the lines 011
4705, 32 and 011 4596, .13 A and of the backgrcund was dete2mik)ed.
In the case of H the darkening of the line H 6563 A was
The error in the determination of 14 is t25%,* -1-f 0, t'230-40% kas i;lia
energy of the discharge is increased, thsaa intemiity at '' the 0-lines
at first increases and then begins to drop off)j and for H, t8.8%
for heat treated samples and �15.5% for samples which have not been
heat treated. For the determination of H in powdered Ti briquetted
electrodes are used. Standard briquetteB are preparei from titanium
hydride and Cu powder. The error is �10-13%.
Card 2/2

SUdRITSKIY, N.S.; SUIMNKO, K.A.; FAL'KOVA, O.B.; GkLONOV, P.P.;
TAGANOV, K.I.; ALPATOT, M.S.
Spectrum analysis of titanium, molybdeniLm, and their alloys
for nitrogen. hydrogen, and o3qgen. Fi2.sbor. no.4:225-231
158. 1 (HIPIA 12:5)
1. Vsesoyusnyy ordena Lenina nauchno-lasledovatellskiy institut
aviatsio W kh materiqlov.
(Gases in metals) (Spectrum analysis)

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ALPATOV, M.S.;-GALQUOV. P*P.; S=&O, K.A.; FALIKOVA, O.B.', Arinimali
uchas-biye: MRA-U-19'-L.D.; HOISHYNYA. K.A.; TISHIN, I.G.
Determination of the oVgen and nitrogen content in aoll(i specimens
of molybdenum and chromium by the spectrum analysis method. Trudy
Xbm.,anal. 1&im. 12:288-297 060, (MIRA 13:8)
k lybdenuirr-Analysis) (Chromium-AnalysiB)
bw
(Spectrum analysis)

507 ',`P, -2 3-9-`2 /::7
24M ' I ' / / 1;
P 'k Bq 71. V.
AiTHORS: Sukhenko, K. A., Galonov h~va, I
TITLE: The Determination of Nitrogen in Steels of Various Compositions
0 -
PERIODICAL: Izvestiya Akademii naak- SSSR. Seriya fizic!,eskaya, 1959,
Vol 23, Nr 9, pp 1123 - 1126 (usnl,
ABSTRACT: In the present paper tile development of a .iethod of deter-
mining nitrogen in steel is dealt with. The experiments were
carried oat on standards, the production of which is outlined
in the following stages; Selection of the material for the
0
standarda, production of the alloya, exact chermical determina-
tion of the composition, and -investigation of their homogeneity.
To stainless steel nitrogen was added in form of nitrogen-
enriched ferrochrome. The nitro,7en content amounted to
0.02 - 0.2~,. The chemical investigations -Aere carried out a"
the Tsentrallnyy nauchno-issledovatel'skiy institut chernov
metallurgii (Central Scientific Research Institute for Perr-ous
Metallurgy) and at the Institut metaliurgii AN SSSR ( Institute of
Metallurgy of the AS USSR). Table 1 shows the calculated and
the chemically determined nit--ol-len contents of the stardards,
and table 2 shows the gencral results of cheraical analyses of
Card 1/2 the standards. Homogeneity was determined by means of spectral-

The Determination of Nitrogen in StE--e1S of Various SOV/48-23-9-32/57
CoMpOS i 4- j0 -S
analytical methods. In the dis3har.ge chamber helium was used
as a neutral medium. The dia-gram of figure 1 showis the cali-
bration line for nitrogen determination in steel. A lo,.,i-
voltage spark generator and a pulsed-14scharge 6enerator -were
used as light sources. The sche:ne of a corabint~d generator is
shown by figure 2. In Lhis C-JrCUit -Millia".11-e eleCtrGlytiO
condensers and paper condense-ra, are Li,sed, and semiconductor-
sErve as rectifiers. In the spectral analysis of nitrogen in
steels the influence of "third" elements was found. All experi-
ments carried out on samples with about 1% A! yielded too high
values. An increase in chromium with -, simultaneous decrease
in nickel causes a steeper slope of thc calibfat-ion curve.
There are 2 figures and 4 tables.
Card 2/2

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'15 :3
LIE F. e

,X,ALWav_f_P_,P,.,,_SUKRMO, K.A.; SVENTITSKIY, N.S.; ISAY3V, N.G.; TISHIN, I.G.;%,
BARASHEVA, T.V.
Determination of nitrogen in steel and of hydrogen in commericial
titanium and its alloys. Trudy kom.anal.khim. 10:190-195 '60.
(MIRA 13:8)
(Tjtptu1w*---Ana1ysis)
(Aydrogen--Analysis)
(Nitrogen--Analysis) I
(Steel~Analysis)

Z_ 1VOK
PHASE I BOOK EXPLOITATION sov/618i
Ural'skoye soveshchanlye PD spektroskopli. 3d, Sverdlovsk, 1960.
MaterIaly (Materials of the Third Ural Conference on Spectros-
copy) Sverdlovsk, Metallurgizdat, 1962. 197 P. Errata slip
Inserred. 3000 copies printed.
Sponsoring Agencies: Institut fIzIk1 metallov Akademil nauk SSSR.
Komissiya po spektroakopli; and Urallskly dom tekhniki VSNTO.
Eds. (Title page): 0. P. SkornyakDV, A. B. Shayevich, and S. G.
Bogomolov; Ed.: Oennadly PavlovllXh SkDrnYakov; Ed. of Publish-
Ing House: M. L. Kryzhova; Te:cW d .: N. T. Mallkova.
PURPOSE: The book, a collectio of articles, Is intended for staff
members of spectral inalysiXaboratories In Industry and scien-
tific research organizations, as well as for students of related
disciplines and for technologists utilizing analytical results.
COVERAM, The collection presents theoretical and practical prob-
lems of the applIcation of atomic and molecular spectral analy-
sis In controllinx the nhemical composition of'varlous materials
In ferrous and ncnft:-rous metallurgy, ~ geology, chemical indus-
try, and medicine. The authors express their thanks to G. V.
Chentsova for help In preparing the materials for the press.
References follow the Individual a rtiel ea.

~Materlale of-the Third Ural Conference (Cont.)
COVMAOZz The collection presents theoretical and practical prob-f
lema of the application of atomic and molecular spectral analy-t
ale In controlling the chemical composition of various mAterial
in ferrous and nonferrous metallurgy, geology, chemical Indus-
try, and medicine. The authors express their thank* to 0. V.
Chentsova for help In preparing the materials for the press.
References follow the Individual articles.
TABU OF CONTEMs
Foreword 3
PART I
Aheratkov, Yu. A., and L. V. Makalmovskly. Investigation of
the dependence of the total Intensity of speatral. lines
on the oonoontratlan of elements In an are-dlse"* Plasma
Card 2/15

Materials of the Third ural Conference (cont.) SovI6181
Kuranov, A. A., and N. P. Rukoha. Spectral determination
of Impurities in platinum 91,
Sin1kov, N. A. Examination of some variants of calculating
unknown impurity concentrations by the "additives" method 93;
Fishman, 1. S., and F. K. Sattarova. Chemical-spectral
determination of carbides and intermetallic compounds
In nickel alloys 99i
Sukhenko, K. A.,V. S. Grigorlyeva, 1. S. Lindstrem, N. S.
Svenzitakly, and F. f. QAIQngy, Methodology for spectral
determination Jbf oxygen In titanium and its alloys 101
Popov, B. V. Use of spectral analysis at the Ural Automo-
bile Plant 102
Shlepkova, Z4 1. Determination of phosphorus in copper alloys
with the GT-7 5tylometer 104

. 1.2
1,P
AUTHORS: Sukhenko, K.
K. A,, Metelina,
TITLE: The analysis
meter
34o6i
3/701/61/000/000/002/005
B124/B138
A., Filatov, F. I., Galonov. P. P., Moiseyeva.,
L. D.
of aluminum alloys with a multichannel quanto-
SOURCEi Fotoelektricheskiye metody spektrallnogo analiza; sbornlik
statey. Moscow, Oborongiz, 1961, P. 44 - 65
TEXT: 100 mm long wires 7 mm in diameter, and cast electrodes and diskq
50 mm in diameter and 40 - 50 mm thick, made of A11r, (AMg) and duraluminUm
were analyzed with a 65-channel quantometer supplied by the firm ARL in the
USA. The sDectroscopic assembly consists of four constituent parts: (1)
spectrometer with diffraction grating, slits, photomultipliere. and stand!
(2) amDlifying and recording device and timing relay; (3) adjustable high-
accuracy light source, and (4) fre4uency and voltage stabilizer, A 1,5 m
concave-ruled diffraction grating (960 lines/mm) is attached to the exit
slot. The spectral range is 1500 and 7700 K Optical and electric dia-
grams are shown in Fig. 6. Hemispherical or truncated-cone graphite and
I
Card 1PO

3ho6i
S/7041/61/000/000/002/005
The analysis of aluminum ... B124/B138
carbon electrodes are recommended, An air-conditioner supplied by Sulsar
(Switzerland) is recommended for maintaining a constant temperature of
21 + O~ -)OC and humidity of 45 � 2,55~ Analytical lines and operating con-
ditions for the analysis of specially prepared standards of steel and All,
Mgq Ni,, and Ti alloys are given in Table 1. Attenuators are selected -11
dependence on the concentration ranges of each element contained in the
alloy (Table 4, The reproducibility of results obtained for ANIg and dur
aluminum is shown in Tables 5 and 6, Analysis of 6 - ',' elemerts take.- 2
3 minutes, with the automatic device, The accuracy (except copper) is l
2%. and is somewhat higher when wire samples are used. There are 15 fig.-
ures and 6 tables,
Card 2/10

-114061
3/'701/61/000/000/002/005
The analysis of aluminum ... B124/BI38
Fig. 6. Optical and electric diarr,im of the appar;ttu~, uep(tld- ("k) V01-
tage and frequency stabilizer; (B) Low-voLtij,:c exciting, circtti,t;
(C) mains; (D) Voltage stabilization '1120 v + 1"", 50 cPs W
High-voltage spark; (F) Rotary chopper; (G) Sptrk stand; (11) St---
tionary electro(',; (J) Rowland'3 circle; (K) Photomultiplier
(L) inlat slit; kM) exit alit.9; (N) visible roeion of the spo~cttuq
(0) Sample; (P) diffraction rratinn (4) ultraviolet region of tbc.
spectrum; (H) Spectrometer; (S) Amplifying and recording device;
(T) Sensitivity control; (U) Channels; (V) Calibration dial; (".'i)
recorder; M Electrometer; (Y) Interrators; (Z) Relay..
Card 3/10

The analysis of alumiq
tim ...
Fig. 6
G&-a 4/10
34o6.-L
'3/701/61/000/000/0")21/005
B 12,1 /131 i8
(9 Own Ommams v uwTpxqe"so Clems nP260ps.
Offffl"MACM0

34061
S/701/61/000/000/002/005
The analysis of aluminum ... B124/B138
,Table 1. Operating program of the ARL quantometer . Legendt (A) Ele-
ments; (B) Spectral lines; (C) Panel to. for exit slits; (0) Con-
centration ranges, in 7o, for the anaiysis of different alloys and
steels; (E) Alloy steels; (F) low-voltage spark; (G) trace ele-
ments in steels; (H) titanium steels'; (I) high-voltare spark;
(J) nickel alloys; (K) aluminum alloys; (L) magnesium alloys;
(M) Number of intel-rator; (N) Number of photomultiplier; (0) Num-
ber of channel; (P) Reference line; (R) Screen; (3) Undispersed
light; (T) There are 23 inteUrators in all, 38 DhOtOMUltipliers,
85 measurinr channels; (U) Notes. 1. A, B, C, D, E, and F indi-
cate the group of the alloys. 2. Screens are necessary to pro-
tect the photomultipliers against strong flux of li.-ht.
Card 5/10

The analysis of aluminum-
J-.-IH
Table 1.
caycl 61/10
j"Ot, 1
8/701/61/000/000/002/005
B12A/Bl3a
t R A
Mi
!IL
I Nil
ils

The analysis of aluminum ...
6/701/61/000/000/002/005
B124/B138
Table 4. Selection of the attenuators. Lerenrt: (A) Number of attenuator;
'(B) Element-v (C) Position of attenuator; (D) AiAg-; Duralu-
rdn; (F) Copper; (G) Beryllium; (11) Magnesium; (J) Iron; (K) Sili-
con; (L) Manganese; (M) Zincl (N) Titaniurm; (P) Alum-inum.
Ho.mep
MemaaTopa
P-6) 3AelleHT Ir) rioioweii,teaTTeiioatopa'~--'-
1-71)-)AMr
44 MeAb '1 12
I I EePHAAMA f 10
8 MarHmA 4 10
30
4 ~)Mmvvo
K u1i"A 12
13 12
13
39
26 apraiie
UH11K H L; 15

17 8
-
42 TnTam 25 -
29 Amom"11HA Q) to to
Card 7/10

3/701/61/000/000/002/005
The analysis of aluminum ... B121f,/BI36
Table 5. Reproducibility of analytical re-ults for Jvilg-type 'aluminum
alloys and duralumin (hi.-h-voltar,e spark u~,ed as the source of
light). Legend: (A) Analytical lines, ~; (B) mean tarithmetical
error, in 7;, of 2-0 to 40 determinations; (C) Ait.C, wire; (.D) AI.IF:,
cast bars; ~E) AM',, disks; (F) biirtlumin,hars, wire; (G) -,~Lirnlum-
in, diABI (H) Concentration ,- -u--s Jetermined for both alloys;
'(J) Reference line; (K) Nnt-. c.-!rbon stationary electrode is
hemispherical.
Ca-r(L kilo

The analysis of aluminum ...
Table 5.
3/701/61/000/000/002/005
B124/B136
Upcmv It ullct:K.'m t Uttifta it 16 uA 20-1 onpeite.,ten"A

l o,
n
e
p
CNIN!
AhIr 'AyP
~ .,
,
o

VillyTaO .
Mr,
11py
1011H"'
ltyp'l'

PORO.10-
I YtHit
'P
MiTue

UCK11

ARYTaR nenTpUtRA

o 06011M
ma npoaoaOK3 j
clMaDam
Card 9/10
Cu 3274 +1,2 �2,5 j:2,7 �3,6 �5.0 0,07-6,9
Mg 2790 �2,5 43,5 �2,0 :k2,0 �1,5 0,08-7.5
Fe 2599 �0.73 �3.6 :E2.0 -+0.9 11.8 0.10-1.6
S1 2516 �1,2 � 2.2 . +2,6 �1,5 4:1,5 0,06-1.9
,%1n 2933 �2,5 �4,2 :EI,O �2,0 �2,0 0,20-1,9
Be 31.30 1,0 0,001-0,008
Al 256a Aunim cppinuenns
p it ue qa it n ~ nocTomimun 9aeKTPOA-yrojih. 3a7oqeIjHWjj no IfiopMe-
ni),,iycq)epm.

rilysis of aluminum ...
S/701/61/000/000/002/005
B124/B13B
6. Rcproducibility of the analytical lines of the duralumin-type
aluminum alloy (low-voltage spark used as the source of light).
Lee,cr~i. (A) Analytical lines, R; (B) Mean arithmetic error, in
of 60 determinations; (C) Duralumin, disks; (D) Range of concen-~-
trdtlons detert-nined; (E) Reference line.
AjwtIITjjqCCKjje- JOSIMI-in apit4ime-rviRecxas omst6ma a % H3 60 onpeAezemil
(A) AYP'JIIONIHH, AHCKK npeAejiu OUPCAUReUlUX,
lo) MitteMpatmA
Cu 3274 �1,6
Mg MI :J2.65 0.5-2,0
Fe 2599 J3,3 .0,4-2,0
Mn 2933 �2,8 0,2-~-I, 1
A[ 2568 AIIIIHSi CpaBHemmn
10/10

3/701/61/oco/"000/004/005
B120138
AUTHORS: Siakhenko, K. A., Filatov, F. I., Moiseyeva, K. A., Galonov, P.
P. IMetelina, L. 'D.
TITLEs Determination of boron in nickel alloys
SOURCE: Fotoelektrich,-skiye metody spektrallnogo analiza; 3bornik sta-
tcy, Moscow, Oborongiz, 1961, p. 82 - a6
TEXT: The medium-dispersion quartz spectrograph WF-26 (ISP-28) and the
4iffraction-prating spectro6raph 13 (DFS-13) and the ARL quantometer
(USA) were used to determine the boron-content of three types of nickel
alloys. Operating conditions are Eiven in Table 1. Optimum results were
obtained with low-voltage spark; the mean arithmetical error for a sample
containinr 0.020
Ir B was +6%. T. M. Faytellson and T. Ye. Sharovatova are
mentioned. There are I fiLy-ures and 2 tables.
Table-1. Conditions for tht multi6hiinnel quantodieter.determination of bor-
on in a nickel alloy. Legendt (A) Low-voltage spark; (B) Arc
with spark gapi (C) ... microfarads; (D) ... microhenryl (E)
Card 1/2

3/701/61/000/000/004/005
Detcrmination of boron B124/BI38
V; (F) ... ohms;,(G) U irn Analytical distance;- J)
Sample- 11+11; carbon auxiliaty electrode, hemispherical;
Sample carbon,aux.illary electrode, hemispherical.
(A) HII.IK0130.1bTlIag, IICKPI,
(C)
C=10 .11KO; 't:--w
U=250 e; U.,=1000 a; R-5
(fVAna.univiecioul nPonelkyrOIC
d=3,0 xx
(J) 06p33ell .+*: nOACT38HOfl aAeKT-
POA C. JOTOIlKa no ~op~te noayc~epu
C-IICRPq8bIM PeAlthlowl
(Co
C-60, 0; L=360.NACZN;
U=
"=300
R=45 1=4 a.
AuaAHTIMCKII;; nP011CM&YTOK
d = -3,0
0()Ea3ell .-'; nOACT.InII()rI BleKT-
'POA . 3aTOIlKa au 4)opme jioayc~epw
M
7
Cu-I 2/2

GALONSKIY, B.P.
Petroleum and gas industries in the U.S.,S.R. aooroaching the
forty sixth anniversary of the Great October Rrvolutton.
Neft. khoz. 41 no. llil-,5 N 163. (MIRA 170)

ARIYAN V.A.; qA~O ~2 j MV .11~
y Lf~j~ P.P. ; LAIMLS I U,.k. P,N' . ; INLU I, T ~, V
Progress in the exploitation of oil wells. Nmft,, khoz, 40
no,,.12:39-" D -162o (MIRA :L6%-7)
(Petroleum production)

GALON.SK- , Pavel Petrovich; PERSONA, Te.G., redaktor; POLOSINA, A.S.,
to Wril-ch-e-sYly-F ad a kt or.
[The fight against paraffin in oil iroduction: theory and practical
Bor'ba a paraftnom pri dobyche nefti; toortia I praktiks. Moskva,
Gos.,nauchno-tekhn.Izd-vo neftianol I gorno-toplivnoi lit-ry, 1955.
148 p. (HLRA 8:9)
(Parafflna) (Petrole=)

15-57-7-10345
Translation from: Referativny zhurnal, Geologiya, 1957, Nr 7,
p 250 (USSR~
AUTHORS: Pavlichenko, A. A., Bazlov, M. N., Galonskiy. IL F
TITLE: Results of Heat Application (Vystupleniya v preniyakh)
PERIODICAL: V sb: Metody uvelicheniya nefteotdachi plastov.
Moscow, Gostoptekhizdat, 1955, pp 8048
ABSTRACT: Bibliographic entry
Card 1/1

fiSKIY, P,,.- P., Dep. 14in. of Pet. Ind. USZ-1.
"Utilization of Atomic Power Ifor Peaceful Purposes and the Goals of the Soviet
Petroleum Industry in this Field,' Utlization S?f kdjQjxqt;Lye_jgo~o-Des & &%nathQns
in the Petroleum Industry
(Symposium), Min. Petroleum Industry USSR, 1957
Results of the Joint Session of the Technical Council of 11in. of t1he I Petroleumt
Industry USSR and Soviet Sci. and Technical Association, M)scow, 14-19 ~hr 1956.

if p 13 edF,,'-' n~ -, ','LVTWKOV. I M. , re,.i~ v,'tor: KA'L-ANTJ,7' V,
LWA-v -to.:
md- :- L
tor: LIRV, redaktor; G.I.,
MUE,hV'Y.e;V. V.M., -edaktor-, MUSTAFINOY. A.D.. redaktor-,
rednktor; TROIV, i.L.. redaktor; !?INIP;V, R.D., reda-.It,,~r; ~AHAN
Yu.K., veduc-hchty redaktcr; PCILOSIMA. b-6-, tekhnichecki-
[-6%mlcitetion of oil fields; oraceedings of an AII-Uui~,r -01ference
of wo~kcrs in oil extraction hold at Fuybyshey in 1115-~! CY)yt rnzra-
botki neftianvkh mestoror-hionii; traky Vseactusnogo
:)r,tr,'t%ov )c dobyche nofti, v
itunin 19156 r. Moskys, Goo. asu chno-tak-hn. 12d-ro nef'.1
1,C)i )Jt-x~v, 1957. 553 P.
soveshe~mnfie p:: lt:hvn!~I nrfti. Kuvbyehev,
*--rierm engineerl-mg)

USSR/Chemical Technology Chemical Productus and Their 1-8
Application. Treatment of Natural Gases and Petroleum.
Motor and Jet Fuels. Lubricants.
Abs Jour Ref Zhur - Khimiya, No 1, 1958, 2512
Author Galonskiy, P.P.
Inst
Title Results of the International Conference at Geneva on the
Peaceful Utilization of Atomic Energy and the Problems of
USSR Petroleum Industry in This Domain.
Orig Pub Sb.: Primeneniye radioaktivn. izotopov i izluchen-iy v
neft. prom-sti. M., Gostoptekhizdat, 1957, 3-8
Abstract No abstract.
Card 1/1

F. kand. tekhn. nauk; AVAIIESOVI K.p red.; BAKI M, K.,
tek]3n, red#
(Development of-the em=7 of the Kurkmen S.S.R.-during the
seven-year period, 1959-1965],Uzvitie narodnogo khoziaistva
SM v semiletiip 1959-1965 gg. Ashkhabad, Ob-vo
po rasprostraneniiu polit. i nauchrqkh znanii Turkmenskoi
SSRY 1959. 51 P. (MA 15:8)
(Turkmenistan--Economic policy)

GALDNSM, P.P., kand.tekhn.nauk
For technical prol*6so in oil production. Bezop.truda v prom* 7
no.1:3-6 Ja 163, (MIRA 16:2)
1. Chlen Gooadaretvennago komiteta Soysta Ninistrov SSSR po
toplivnoy promyshlennostis
(Petroleum dpginsering-Technological innovatioAS)

KOVALENKO, K.I.; KUVYKIN, S.I.; HINGAREYEV, H on.;
MURAVLEIIKO, V I.; OBNOSOV, A.D.; SHASHIN, V.D.; SPYA-RV;, A.
Volga-Urul region is one of the largest petroleum bases of
the country. Neft. khoz. 42 no.9/10:56-64 S-0 164.
(~aRA 17:12)

, 1 ; 1 .1 " , u: ;,!" :1 .71 ft I I - - . , I : I ! ; I , I . : ~ , I
ALIDZHANOV,, ANNALTATEV A.A.; GALONSUN 11' , " , ; W;Z)X~JfFN , 7 .,1, A ~
1 9 0
DENTSEVICH
p V.V.
Oil and gas produ-.tion in Centrall Asia. Neft. khoz. 42
no.9/10.69-74 S-0 164. (MIRA .17?12)

~ " " I- I , , _19 , I': * - I ; , i ! 1!1 1 - I I .
KALAMMOV, V.A.; ORUDZHEV, S.A. - GALONSKIY,,. ~~P.; KRYIDV, A.P.;
MAKSIMOVY M.I.; TREBINt F.
Accomplishments of Soviet petroleum workers in the
development of oil fields. Neft. khoz. 42 no.9/10:
89-99 S-0 164. (NIRA 17:1*

P: 0 L.

~:R. O;x1os and W. Osttowski (MI001 Wd.,; C66%, Lgi:
4-POAM. la, clasjc~ 11, 2pt 01-40954), A R~~
4874.-T)i elelntrophornk~svjin.~ of i~iatc t~jjll.
plexm al)d the don, (A 16
uronicackh wereappik-d t6 th~- anallysis eir oil

4
s
ccltarMft.:~ -Color Wa4 d0vloj)tdj4ith Partridi
L
y spraying the
strip ot liaper: Vvith 8% Her, 0~Adl li:,:~,tin
1
mt~!
diol
106'. Refosiisreuct with berm,10 njipre*~a!Wyc to a
l
14l_'J.' All sugars wisrak 4'miwr
i Loh
towurd the Xathoft, and dortyliglifiLdiamiSO iii -,Ird
31WC,- IXAROS6 Mid h4~xijses inikra(L- filbici ilulcIIJ4 tharr,
at" mobiliji ~qf~ tz.044
W-
7
if

OWEN

C~t
"LM 1",
77,
r I Ly
t A.
jw,
oc! I
V vnfr3.
"L n
INA st

KRASZNAI, Ivan, dr.; GALOS~,_Uzalla,-dr.
Our experience with a new spasmolytic: NO-SPA. Om. he+Al. 104 no.4:
164-167 27 A 163.
1, Budapest Fovaros IIII. ker. Tanacs VB. Robert Karoly krt-i Korhaz,
1. Belosztaly.
(MUSCLE RELAXANTS) (QUINOLINES) (VASCULAR DISEASES)
(ULCER) (CHOLELITHIASIS) (KIDNEY CALCULI)

OLAA, Imrp: ANTAL, Janoo; GAIDS, Gizeila
Chilriges In f3y,.It(-ml,,- and rotinal hyportonoion In hvpr~:-,,enwilvc
patients lnfluerc~d by hypotensive agents, Kloerl. o-iostud.
16 no.4!439-1,43 Ag '64.
1, 'Ndapesti Orvostudomanyl E'gryetem tleurologial Kitrilkaja o0
llo~ I E, Ully-u.
Roh,
I )r?. Karoly krt.-l ko-ha 1 'Yoryust

YC "I"'S U 1.
Anal3~tical calculation of limit carryin.-~ capacity of isotropic
bars subject to torsion. Bul Ar. Pol tech 12 no. 2:79-88 164
1,
W*erit '- )-l- Technical I'lechanics, Techn-ical Univeroity,
9
I resented by U. ~,lszak.

GALOS, Marian; ZYCZKOWSKI, Michal (Krakow)
Analytical method of computing the limit load carrying capacity
of bars subject to torsion. Rozpr inz PAN 12 no.2:267-296 164.
1. Technical University, Krakow.

C~ I., c Jty an-soLrc)Tr~~,
tech 12 nc,5:30'L-3
Krakow.

V~ lk !15~:Wj 1, 111 111 IrPt 11 ~I 11 i1 V, ! , I I I , I il I :!~ I .
GALOS-BICZOVIA, B., Ostrowski, W., Krawczyk, A.
Zonal electrophoresis in the presence of adsorbents. p. 649.
(ACTA BIOCHIIUCA POLONICA. Vol- 3, no. 4, 1956, Wexszawa, Poland)
SO: Monthly List of East European Accessions (EEAL) W. Vol. 6, no. 12, Dec. 1957.
Uncl.

GIMSHIN, A.
Water-3uppl.v pipes on roofe were.of a great help. Pozh.delo
6 no.2:17 P '60. (MIRA 13:5)
(Fire extinction--iatnr supply)

(~rf)LOSWI\j/j, E V,
24(3)t 18(6) SOV/56=35-5-53/56
AUTHORS: Vollkenshteyn, If. V., Turch;_nskaya, I,% GaLoshina, E. v.
TITLE: On the-Particular Features of the'Ma,-netization of Disordered
Alloy Hi MIn at Low Temperatures (Ob ~o;obennostlyakh
namagnichgniya neuporyadochennogo splav"a Ni-11n. pri nizkikh
tomperaturakh) 3
PERIODICAL; Zhurnal eksperimentallnoy i teoreticheslr-oy fiziki, 10,56,
Vol 35, Nr 5, PP 1312-1313 (USSR)
ABSTRACT: It is known that the alloy Hi-hin near the atoichiometric com-
T)osition Ni 3Mn be-longs to the class of self-ordering alloys
with a sharply marked dependence of physical properties on
the degree of order in the arrangement of atoms. The occurrence
of strong ferromag-netism at the'maximiim degree of the remote
order is particularly noteworthy. Thus, the saturation magneti-
zation Is of the alloy exceeds that of pure nickel by 50'1'o'-
According to the exj~erimental-results obtained by the authors,
the alloy Ni3Mn becomes ferromagnetic already at the tempera-
b 4
ture of liquid nitrogen, in which case it holds 'hat I = 1350 Oe
The Curie (Kyuri)-tomperature 9 was determined from th'e data
Card 1/3 obtained by the precise measurement of the temperature

SOV/56-35-5-53/56
On the Particular Features of.the vagnetization of Disordered Alloy. ITi Ln
ai Low Temperatures 1 3
dependence of the electric resistance, and in this way 0 - 110 01"
was found. An exact investigation of the magnetization curveo
at various temperatures up to the temperature of liquid helium
shows that the character of magnetization has some particular
features. Firstly, the curves Plotted at 20.ij and 4.20K a ter
cooling of the sample from room temperature take a course
that is much lower than that of the curves plotted in the case
of repeated magnetization after previous demagnetization
(by comButation from maximum field strength to zero at 20.4
and 4.2 K). This may perhaps be explained by the high energy
of magnetic anisotropy. Secondly, the gr8at differsnce between
the magnetization curves plotted at 20-4 K and 4.2 K is
remarkable. At field strengths of up to 18,000 Oersted the lat-
ter take a course that is much lower than that of the former
and do not attain saturation. At 77.80K coercive force amounts
to 140 Oersted, and at 20.40K it is 1,000 Oersted. Such a
great increase indicates a high degree of temperature de-
pendence of the constants of magnetic anisotropy. More accurate
Card 2/3 conclusions as to the nature of the magnetic properties of
0

SO'/ 56-35--5-:53/56
On the Particular Features:o-f the Magnetization of Disordered-Alloy Ni 3lin
at Low Temperatures
thd'alloy Ni3Mn in the disordered state-can be drawn only
after-further accurate measurements will have been carried
out. There are 2 figures and 3 references, 1 of which is Soviet.
ASSOCIATION: Institut fiziki utetallov Akademii nauk SSSR
(Institute for the Physics of 1.1,letals of the .%cademy of Sciences,
USSR)
SUBMITTED: August 8, 1958
Card 3/3

21(0) SOT/53-6T-4-7/T
&ZT30I.- Chemise" 1.
T:TLII: Tht ?Lfth III-ftioa Conflerool. on th, physics Of I. I
retires, (5-yo loosor-nole Ombchaaiyo PO fisZko i.kikh
PeRIODIC&L, V.p.bbl flatch-kikh wouk, 1)59, Val 67, 0, 4. VP 743-750
(nsx)
AWS?XAC?. This Confor::coolock place rrou October 27 to November I at
"A 1.1JII.rg-12,1 by 11* 014 I..Iy. fiatko-ttm.tt-
the 'it Ikh o4u., A.. cook,3.(D:p.rt..mt of Physi.o-
math-licAl of the I.altay of 3cl.ne.s. U33H).
1110 Akadogira nick gvjziztky 23R (Academy of 3cio.c.m.
orit In the T1,111, ly go ,yy . 1-
,:k
I.:,. b I. or I y '... I Stalin).
Z0 Cc of."We too atton,i.d by about 300 specialist. from
Thil Ime
12 , I,,, , Orlk,,, It,*,,
" "' a A-bo.- of y*Uft Ch!.. a,1:10
I.'Ib'o"' .A a 0
pr ;.. b ., 5 1. ::r. a.,,, r-
ad which were livided according to research flilio.
Ai 1; borovik-waganor (Irp) d
a report an 1.1.1tig.-
ft he O-Iod Out Of the anisotropy of the own
k f rro
.Post" In son.cryst.1 44-ples of the an life rromagn*t Ia
MACO,(the effect of ani.alro y rr.,Itct.d by the th.ma.
1910.1 theory developed byrD -hi.skil). In -he course
"'. ataUP-Loc, I. A. Allkbann
at v (rrp) spoke about moutrana-
graphical investigations be ca~,rj.d out of the magnetic
strucluxe of Unco 3 and FOCC, -I I-,- P. L-
94pt .. air .... d the Laporf thol based upon
r: d by
goals arria4out by IA it, a IF?) Of aCnatil aalso-
trOP7 Of the antiforromagnotic CuS047anj C0904-mcnoc"att,1g.
Cmrd 7/ti TO. A. -uro (IFU All SSSR, Sverdlovsk) 2poko about his theoro-
':.bi.1i.%y,cth: fulcopt-bility,
-g-V 01
*h':4'p..Ifl- h:-lft:ft10fl1a r fr
firroa-guotic. -4 ... Ik f.rr:.. q a. I f "'
. 1. and
12-11~~--ko MYTI) -P.k. bo.t the
e2;etrl Me In magnetic fields In a aide tom-
at %istance of Iran
P- Uf: CO with fimult-ous plotting of the aCetj..1!0n
OUX's,W P,40r-, G.Ioshi.
NI p ."r?"IfflKsM
IW. A OK T.
of "Now 3-11 affect of polyeryst.111n.
nickel "a 111 31- -S Ia. temporal=.,. Ia. 1. Kon4.rokly,
, Gcfaxn and chb~4, ~UGV) gave a rtror
T. 2OA::,q
7i-ul-v SIFRITy m-sur .... to on njoklal "th
t ,"a a Oy:b.
c
o;,p:r at Jai tonporatur::;.T. r. S ... d: C~GU) 3--!!. ~t
b4 P40trus of the ;are WtIcrc."n:74f 7b l In terbium
itrato at liquid hydrogen. U. ,!~,gsncT
:Rd V. W. Tmuk.ralk (Kh,I)d h the ki..'ITc phi.-O.sa.
fUFA .1 10. t.=P r 11.
nd with c.lculatiin
Lkhiy4E:r ' T. Barlyakhtar and S.
almkir (I[hFTI) csi~rlod out theort fical-T-Eve. -.test Lon
rd "he r.lexation of the moment in forrodialoc tries I
__nM1Ov (1711 All SSSR) h::,l Ih,!_ja 'Ine.rI, 1.1,rl..d *lastja
(ultrasonic) us'. of a f.an cY Of,0)cycles when pa
throuth A forromagn.tic substance in the direction of thing
mocalt,. rlaid, is subjected I* a I,rn Iamh Ion
Jan. of the order of 10- _A red I../ :or 1.
gaganow P.Inted out that Ia this connection yet snol~!;-
may be observed, namely the resonance absorption
2mr:1-0nica If the lawo'ength I. equal to the rail us of
the Larmor a' !,11,:r tho,oloctr3c. Z. -VarLe
to . I- lot,-

00 Zc
4 10
TTS
879CM
S/126/60/010/003/009/009/XX
E032/E314
AUTHORS2 Volkenshteyn, N.V. and.~i~
TITLE~ The Temperature Dependence of the Residual
Electrical Resistivity of Ordered Alloys
PERIODICAL: Fizika metallov i metallovedeniy, 196o, Vol. lo,
No. 3. PP. 494 - 495
TEXT. The electrical resistivity of crystalline materials
can frequently be used as a sensitive indicator of changes
taking place in a solid specimen. 1his is due to the fact
that crystal-lattice imperfections affect the behaviour of
conduction electrons,and from this point of view the formation
of short-range order should affect the character of the
temperature dependence of electrical resistivity. The present
authors have investigated the resistivity of Ni 3Mn and Cu 3Pd
alloys as a function of the annealing temperature. The
specimens were in the form of wires, Potentiometer leads
were spot-welded onto them and were made of the same material,
The distance between the two points was I cm. The specimens
(x
Card 1/4

677C1
S/126/60/010/003/009/009/XX
E032/E314
The Temperature Dependence of the Residual Electrical
Resistivity of Ordered Alloys
were heated in evacuated ampules for between one and several
hours. The resistivity was measured by the nf)TIA-1 (PPTN-1)
potentiometer at two temperaturesv namely, room temperature
and liquid-nitrogen temperature, It was found that lower
temperatures were not necessary because the resistivity at
liquid-nitrogen temperatures is close to the residual resistivity.
The resistivities were measured to an accuracy of 0101%,
Figs. 1 and 2 show (~~7-800'293"K a.s functions of the quenching
temperature. The presence of a minimum in the resistivity,
which is clearly seen in these experimentai results, can be
explained by the existence of fluctuations in composition and
order near the ordering temperature,or Lhe existence of short-
ran(re order which i.n. thes(, a I I ovq t (,nds to tricren,,44- tho
Card 2/11

S/126/60/010/003/009/009/XX
E032/E314
The Temperature Dependence of the Residual Electrical
Resistivity of orderi~dz Alloys
resistivity (Krivoglaz and Rybak - Ref. 8 and Katsnellson
Ref. 9).
There are 2 figures and 9 references: 6 Soviet and
3 non-Soviet.
ASSOCIATION: Institut fiziki metallov AN SSSR
(Institute of Physics of Metals of the AS USSR)

S/126/60/010/oO3/ooq/Ooq/XX
E032/E314
The'Temperature Dependence of the Residual Electrical
Resistivity of Orderck.0 Alloys
Fi,g.1 Fii~.2
Fm4 IN ZWK
0 L
Old
.500 600 700 800 T 500 Too Ot
Pjic. 2,
SUBMITTED: MaY.30, 196o
Card 4/4

L 12U0-63 EWP(cjp)/EWT(m)/BDS AFFTC/ASD JD/HW-z
S/185/63/008/00~/002/009
AUTHOR: Volkenshteyn, N. V., Galoshina,-E Turchinskaja,~M. I.,F
'~dor~v,
G..V. and Tsiovkiniy If
TITLE: Effect of orderin &,electrical magnetic, galv'anouiiagnetic and,
thermal propertiesof NiOn alloys
'PERIODICAL: Ukrains1kyy Fizychnyy",Zhurnal, v. 8, no. 3, ~1 .. 963, 30 6-312.
TEXT: The article investigated,the electrical condueltivi~y, magneti:zatioh,
Hall affect and heat capacity of,alloys near the stoichiomatric compositiow
N13Mn over a wide range of temperatures down to 1.50 K bothl:in disordered and in~
states with varying,degrees of long .-range order. The data )qhich~ware obtained
show that the disordered state and the initial stages of ord.ering winere short
range order appears are very complex for NY= alloy. The temperature dependence
of electrical conductivity was investigated near the Curie point., Magnetization.
measurements were made on single crystals. The Hall emf for ordered state
of,this alloy as a function of induction has normal character for, gnet'ic
ferromA
materials. The,article contains 7 figures and a 6 item bibliogra'
phy.
ASSOCIATION: Institut Fiziki metallov AN SSSR (Institute'of'Metal Physics of'.the:
Academy of Sciences of the USS72., Sverdlovsk)
Card 1/1

VOLKENSHTEYN, N.V.; GALOSHINAI E.V.
Temperature dependence of paramagne~lc susceptibility electric
condixctip~ty and the Hall effect-in metal scandium. Fiz. met.
i metalloved. 16 no.2.-298-301 Ag 163. (KrRA i6:8)
1. Institut fiziki metallov AN SSSR.
(Scandi'imi-Magnetic properties)
(Electric conductivity)
(Hall effect)

L 15039-w65 ka(~j)IgpP( )/&kt)/&T(b) PiI-4 PY Wtlss ~~3 W i)
9
WiC11.1m
ACCESSION NR: AT4048697 S/0 00,'1000107'9/0685
000/64j0
AUTHOR: V_olloq shteyn, N. V.;2Fe 0v, Go, V..; ciad lmi'% !Y.01P~tsovq V~; 1re,
71
;a1v
TITLE: Temperature dependence of the electrical ano I Pr
ruv earth metals
SOURCE, We soveshchaniXe
4vqm vedkikh m4all 64 Vop
po spk
it , I... rosy*~
teorii i primeneniva. redkozemelfny*kh metallov,(*ii!5fe~*5"'*jn--0-' th d.-
'P~ eqq~ !rar,
earth metals); znai;orialy*, soveshchaniya. : Moscow Izd-vo XaU14, 194i 79-~85
TOPIC TAGS: rare earth metal, rue ear'th electrical i rar6 oarth galva'tto- j
effrl
magnetic property-, rare earth ma' ~, ~ ~'W :I bDM
gnetic property, Hall tare efirth ic, truclure,
A13S 'Ihet electrical resistance
TRACT: vindMill, b6ct are bxc4lentIndicators of jhe'
characteristics of the electronic structure of s6lid bodies' ~Thq, presdat p~r desdiibds
simultaneous measurements of the: electrical, r6sista'n'be and'ib~! ifaWq'A~ct for a. ia~rge
group of highly purgiMfiedgare earth metals. 7t6 Wectricai rekkano~! of rwodywikm~
UorbWm iv~g
europium, gadolinium.1-Garbium, dysprosiumi holmitim, erbhixq~ixad~.
measured by a common potentiometer. in a metal crypsta~ at te~)Per4iies bet;%-,vijh rooin
and 4.2K. TLe eltectrical resist~mce differed significantly Irbrii4haV6f the usual=:'etaI6,
with low resistanim. The temperahwe relationWflps could be ~~4~d to Aivide the ra Ire
Card 1/3
M mom

I'f~ 1.41i
L 15039a-65
ACCE S81ON NR,-'AT4648697:
earth n, into r6up ~6htains ~eod -.Uilum rbluoi Which
otals four groups. ' The first g. y 440 Y-fta
do not show, a Una ar relationship in the above-manualled tM olko., 11 Wlie rv;d. 'NO
Pelf"., I ~ i~ i
second group includes. dysprosium holmium~ and~6rbiumi~:,v~bl~-~lohoiVil))~eak~indid'oLiims
and low resistance maxima when passing from the par;uiidgn6Uq4;jnW~ ~ii dnd-fbr~omagnet-
ic condition. TWi third group contains gadolinium and: teibiu4i j! iYWI, ihow. a sshfi.~.p brbak
when passing from the paramagnetic:to the anti-ferrpniagneIU6 6nditloii, With a li&ar;
Europitim ha s -a sp
relationship in the paramagnetic field -Wal, ~Iac~-j~a~6ong the r~are
ow fjie'~p6int of P'a;,-qsiV3
earth metals. ~ It~: shows a sharp drop ih:electrkal io kstwicb ~6~1
-ama~grnetic intp the anti-ferromagneti . c Tbe detalled behavio'r;
cl ~. 6ndition: of
from the pai
'jDu-r- opium --r- hvis-further-inyestigd-3on _:U~e ~ rare ib6td-s
equ Analysis of -the- cury;oiii for; illJ~
electileal resistance, at:6quiv enttexr'~ i~ filoiel~~ jian!
shows that the siecific
C 196ct Was!mdasured ~vifh;
for metals in.the'first group of the perfadi ta,ble The lialL ~
hol at4 'Iyspr
a DC potentiomeler in a cryostat for europi osiul~i the
IUM
:authors being th6 first to measure the Hall eicict, of europtuiii ~iiid hdInijum. Teinlo)eraixre
variations did not change the Hall effect. On the basis of the ,-4 1~1tests!; ;id: lica~Gns by
PUV
C. J. Kevan,:S. i' Lepold and G. S. Anderson, -it can be wenioi4 allIth rare ea~rth
a tljjght!l
metals may be divided into group (Up W g8dolinium) a ~#*yll grouo,~ in bDth
of which the conductivity depends on.the,electronic bonding. Tl.~I PA-3iJurther de!scribes
2/3
L~t rd

VOLMSHTEYN2 14.V~) GLLGSHINA; E.V.
Saperconduotlylty V--Sc &U-iys. Zhar. eksp. i teor. fiz. 47 no.3i
812-8113 S g64. (MIRA 17M)
1. Institut fiziki metallov AN S&SR.

VOLKENSHTEYN, N.V.; GALOSBINA, E.V.
Hall effect and the paramagnetic susceptibility of Ivifnium. Fiz.met.
i metalloved. 18 no,5:784-786 N 164.
(MIRA 19:4)
1. Institut fiziki metallov AN SSSR.

mt-, fa lcr~~- -d

VOLKEITSHTEM, N.V.g
Wl effect in transition metals with a sm-all! number c-f
d-electrone. Piz. met. i mett-lioved. 20 nc.S-.4.75-4-78 6
165, klmlp-4
1. Thatitut fizild metaUo,,r AN SSER.

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tained for each 63mrvirxlit)~, At tho pre'* pcist4alcmWW
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uc of the monthly steam carv io
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factorforwhich thoformuli VillIff-Ailike
x tho quantity produced Ynontlily, Simplo ctirlee
tables may be-compitrt-0-by 1:1114 t
ja mola. The Ww~i
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GALOSI, E.
------
Detrimental electrostatic phenomena and their elimination in the finishing
technolo&7 by high-voltage ion accelerators. p. 419.
MAGYAR TECTILTECHNIKA. (Textilipari Muszaki es Tudomanyo5 Egyesulat)
Budapest, Hungary, Vol. 10, no. 11/12, Dec. 1958.
Monthly list of East European Accessions (KEAI), LC, Vol. 8, Mo. 8,
August 1959.
Uncla.

GAIMI, - E I ; BENCZE, K.
The Leipzig Fair seen by the eyes of a finisher. p. 258.
MAGYAR TEXTILTECHNIKA. (Textilipari ~Iuszake es Tudomanyus Egyesulet)
Budapest, Hungary, Vol. 11, no. 6, June 1959.
Monthly list of East European Accessions (EEAI), LC, Vol. 8, No. 8,
August 1959.
Uncla.

EGYED, Ferencne, dr.; _ G-ALQSIJUzmar-
Water supply of textile finishing plants. Magy textil 13 no.5:208-213
my 161.
1. "I%gyar Textiltechnika" szorkeszto bizottsagi tagja(for Galoal)

FERENCZY, St., Ing.; MITROFANOVICI, V.; HARANGOZO, Nicolae;_GALOSI,
Tiberiu;-TEODORMOU, S., dr.; MIHAIACHE, Stefan; I.;
-OMIMOUP N.; CASSABALIAJI, S.
Reducing the cost price In the chemical industry. Problems
econ 16 no.lOsl53-160 0 063.
1. Director, IRt*prinderea "Solventulw, Timisoara (for Ferenczy).
2. Ing. sef adjunct, Intreprinderea "Solventul", Timisoara (for
Mitrofanovici). 3. Director, Fabrics. de lacuri si vopsele din
Timisoara (for Harangozo). 4. Director, Fabrica chimica Timisotirs,
(for Galosi). 5. Director, Intr6prinderea Industrials de Stat
"Tableta". Bcuresti (for Teodorescu). 6. Contabil sef ' (for
Intreprinderea Industrials de Stat "Tabletaff, Bucuresti
Mihalache). 7. Director, Fabrica de medicamente OBiofarm".
(for Herstig). 8. Director, Uzina de superfostati si acid
sulfuric Navodari (for Gradinaru). 9. Sef serviciv, plan,
Uzina de superfosfati si acid sulfuric Navodari (for Cassabalian).

GALOTZr, J.
Phase-shift control for short-circuit testj.
P. 388
Vol. 31, no. 6, june 1955
PRMLAD EIEKTR07ECHNICOff
waregava
We Monthly Idst of East European Accessions (REAL), LC, Vol. 5, no. 2
Feb. 1956

S/032J61/027/008/005/020
B107/B206
AUTHORSi Blanter, M. Ye., Koryagin, K. P., Martizhyn, 0. V,, and
Galov, A. G.
TITLE- A method for the determination of the hardenatility of a steel
with reduced hardenability
PERIODICAL: Zavodskaya laboratoriya, v. 27, no- 8, 196% 9118..C)80
TEXTt A method for determining the hardenability of !cw-_arncn ateels
(0.1-0.2 % C) was elaborated. The two types used were C'rar,43Stall 3) and
Cram-15*(Stal' 15). The specimens were not of the usual L shape. but had
the snape of a truncated cone (90 mm high, lower diame+er 2~.- mm, upper
diameter 5 mm). After quenching from 9000C in 8-1:5 ~ NaOH, the specimens
were out in half along the axis and polisheds and the Vickers hardness was
then determined along the axis. Its variation along -the axis is
approximately given by the equations H V - 376 - 5.7x + 0.039x2 (for steel
15) and HV - 380 - 3,7x + O.02x 2 (for steel 3), respectiiely., 14V is the
Vickers hardness, and x is the distance from the upper end of the truncated
Card 1/3

S/032/61/027/008/005/020
A method for... B'107/B206
cone. Cylinders with a diameter of B-20 mm and a height-to-diameter ratio
of 4 were out from the same steels. After quenching, the cylinders were
out perpendicular to the axis, and the radial ahange of the Vickers hardness
was investigated. It follows the equation H - A + Bx2' x la the distance
V 1, 1
from the cylinder center; A and B are coefficients (see Table), From the
relations mentioned it is possible to calculate the Talues of x and X 1for
which the rate of cooling is equal. It is thus possible to calculate the
hardness of a cylinder by determining the hardness on a conical speoimen.
The relation holds for any steel, since the criterion of equal hardness
virtually corresponds to the same rate of cooling. A. nomograph was drawn
for the relation (Fig.). An example is caloulated to Illustrate the mode
of operation. There are 5 figures, 2 tables, and 2 Soviet references.
ASSOCIATION: Vsesoyuznyy zaochnyy mashinostroiteltnyy institut (All-Union
Machinery Correspondence Institute)
Card 2/3

\j :6111
USSR Microbio -3
~-ngy. Soil Microbiology F
Abs Jour Ref Zhur-Biologiya, No 1, 1957, 573
Author R. S. Galovatcheva
Inst
Title On the Problem of the Role of Clostridium.
Pasteurianum in the Nutrition of Plant
Roots
Orig Pub Izv. AN EST SSR, 1955, No 2, 273-280
Abstract Bacterization of the seeds vrith
Clostridium pasteuria-num increased the
yield of oats by 15-0,% in an acid
podzol soil in a vegetation experiment.
The increase in the yield was 6.1% when
shale ash was added to the same soil,
while the increase in the yield from
the peat moss carbonic soil was 10.9%.
Card 1/2

USSR/Microbiology. Soil Microbiology F-3
Abs Jour Ref Zhur-Biologiya, No 1, 1957, 573
Abstract The greatest yield was~roduced by the
combined introduction of Clostridium,
pasteurianum. and phosphorus bacteria
into acid soil which, in the author's
opinionkbears witness to the existence
of symbiotic relationS between these
microorganisms. In a field experiment
on barley the inauculation of the seeds
with Clostridium. pastirianum increased
the yield by 11.40% as compared with non-
bacterized control. Clostridium.
pastirianum introduced with the seeds,
developed with intensity in the rhizo-
sphera of the plants, reaching a quantity
of 1,000,000 per one/g of land.
Card 2/2

I al 13
RE
li!v
at
i ", '.
o om - - I .
f2
~'g 10 V. I
al
.27
in
662
53 a S;

AUTHOR: Gal V.V.
2CY104
S 08 1//61/000/016/007/040
B110101
TITLE- The problem of the role of some factors in the growing of
single crystals from the melt
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 16, 1961, 39, abstract
166256 (Sb"Vopr. metallurgii i poluprovodnikov". M., AN
SSSR, 1959, 23-28)
TEXT: The processes taking place during the crystallization from the
melt have been studied. Practical conclusions were drarn therefrom in
order to obtain a homogeneous single crystal by Chokhrallskiy's method.
The role of the temperature gradient at the interface of two phases
(crystal - melt), of the concentration of the impurity, of the pulling
rate, and of the conditions of mixing are discussed. The minimum value
of the temperature gradient must be chosen such that the formation of a
solid phase at some distance from the crystallization front is impossible.
The decrease of the pulling rate makes it possible to lower the value of
the temperature gradient) since the amount of crystallization heat
Card 112 j

28304
S/081/61/000/016/007/040
The problem of the role of some ... B118/B101
evolving per unit time decreases while the impurity in the melt is distri-
buted more uniformly. At low impurity concentrations, it is convenient
to keep the temperature of the melt constant while the crystal is being
pulled, whereas at high impurity concentrations it is necessary to regu-
late the temperature of the melt according to a program. To grow a
crystal of constant cross section at a constant temperature of the melt
and at a constant pulling rate, it is necessary to ensure a constant tem-
perature at the interface of the two phases. The velocity (frequency)
of vibrations of the crystallization front relative to the surface of
the melt must be a minimum. The accuracy of temperature regulation of
the melt must be characterized by the maximum rate of variation of the
temperature of the melt with time. The position of the crystallization
front can be stabilized by increasing the temperature gradient at the
interface of the two phases. The design of a device developed on the
basis of practical conclusions is presented. The growing of InSb single
crystals with the aid of the device is described. CAbstracter's note:
Complete translation.]
Card 2/2

SIROTANOV1C. Xsenija; rAJID111-ROCEN,
Addition of mercaptans to unsaturated aldehydes. Pt. 1. Glas Hem
dr 206 no.8/10:509-518 160/161.
1. Faculty of Scierces, Institute of Chemistry., Beograd.

on
lon C, i lj c Cc

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J
USSR/Nuclear Physics Elementary Particles. C-3
Abs Jour : Ref Zhur - Fizika, No 4, 1957, W5
Author : Galovin B M Dzhelepov, V.P.
Inst : TAG ;tM-e_o_rN'uclear Problems, Academy of Sciences USSR
Title : An InvestigELtion of the Elastic Scattering of 590 Mev
Neutrons by Neutrons.
Orig Pub : Zh. eksperim. i teor. fiziki., 1956, 31, No 2, 194-201
Abstract : The differential scattering cross section for the elastic
scattering of neutrons ~y neutrons has been determined
using a neutron telescope. Mie effective energy of the
neutrons was 590 Mev. A striking anitropy of the (n-n)-
scattering has been established: ~S. (300V 6 (900)
= 2-3- It has been found that the diW~rential nn
(n-n)-scattering cross section in the investigated angu-
lar region (300.::5.,0!S 900) is equal to the proton-pro-
ton cross section at the same energy within experimental
error. This fact, together with the results of our
Card 1/2