SCIENTIFIC ABSTRACT NEYMAN, V. S. - NEYMAND, N. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136820005-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

NEYMAN, V.S.; RUMYANTSEVA N.N.
UsLng hydrogen clay for study-Ing the surface conductivity of
capillary systems. Nauch.-*.ekh. sbor. po dob. nefti no.19:3-6
163. (MIRA 17:8)
1. Vsesoyuznyy neftegazwrTy nauc,.nc-i ssledovatel I ski y inst,.tut.

BERMAN, L.B.; BASIN, Ya.N.; N3YMAN, V.S.
Using neutron gn-,q 1-o-'agine in creating and operating
gas reservoirs. Neftegaz. geol. i geofiz. nD.70G-91 16Z.
EoMmating the gae saturation factor from the data of neutron-
gamma logging. lbid.:53-57 (MIRA 17t8)
1. Spetsgeofizika.

Studying the rilirfp~cm, -IX - F-. " I-, -;U -~
,I Y- tr~mn. . ~ ' I ~,r. 1', 1, :~ . - : .!
. i j I
I. VS(-.130,1~,'Zlly-y 'PY'Y '~,r,.:y
I

I V Is.;
ary e S
-3~ -uzny- v na~
y nul'.agazoij.
~oD
P-c
:.n~ - ri
I I

DAMOV. 7.B., proressor; E17M, V.S., student.
Relation of the apparent specific resistivity to the spacing
between adjacent electrodes of the gradient-probe. Trudy M
no-15:143-147 '55. (102A 9:8)
(Oil well logging, Ilactric)

SHAPIRO, D.A.; UNMR, V.S.
Istimating the porosity of strata by self-potential diagrams. Trudy
TMI no.29:i56-165 o6o. (14M 13:10)
1. Allmetlyevska5ra goofitichookaya kontora.
(Oil well logging, Ilectric)

BA31N, Ya.N.; HEWUN, L.H.;- HEYMMI, V.S.
Pcwsible ways to idew. ify pr,r,, in, rind f ractured 131r-g
commercial geophysi~--al methods. Priki. ger,f iz. no. ~r~: 1 ~) ~- ',,4.
f'4:RA
I ,

BE 94 All , L,. B. ; :. E, MVIN ) V. S .
Conrp,r-.-ng the ZmP of penptra'~Ior, 'n producing jaye.-I. -r , ". I .
geofiz. no.40.*274-180 1 ~,4 ~ ,-~ j RIT -I P, - -., )

I-ILMN, V. V.
Propaganda estestvennonauchnoi literatury v sel'skoi biblioteks L'Topularizing
natural scimnee books in rural libraries/. Moskva, 1953. 36 p. (Gos. ordena
Lenina b-ka SSSR im. V. 1. Lenina. Nauch.-metod. kabinet bibliotekovedeniia.
V pomosch' sellskoinu bibliotekariu)
SO: Month List of Russian Accessions, Vol. 7, No. 3, June 1954.

30(4) PWA I BOOK EXPLOITATION SOV/7Tqq
Moscow. Publichnaya bibliotaita. Mau. tino-acto4lebsoklY kabinet
vadenlys J4
R&UC-0-tekhnichook Lys Snanlya-v "Asy; abor-nlk "terialow 9
pmostkcW sabso," bibli-taken, (set an' Ifie sn:,Techl~:
Inowledge for E,.,y... ; Collection "' P4 t. ,I a for t
Ald of Public Libraries) Pt-c.., 1958. 196 p. Errata
51 1, Inserted. 15,000 copies printed,
CospIllersa 0. S. Multanovskaya and T. 1. Keyman; Ed. o D.
latodinleftnild.to of S~Ianc.s; Tech. Ed.
L. A.J31 we Sk y..
FVRPIaSg~ This book to Intended for llbrriar~fi.
COVIOLAGEttifThl.a...11 act", 0 f,art.1t.1c: a1,,, popular
:ci:n Ic d t th".1. Ittr to aid Public library
or are in dlesemInalln, ,It... -tl~. 1, In, 1-11",
,It 0 rile , . n.!nf, , p 1 1 "u tr
ub C. Th an IC. of p~ net . n .
In the tocbnologleal develop=*nt red
'Phs last two articles describe thefox"p:r in dS'1"41
Ilbra.rlaa in pt-v..t1.g popular sel.n:. bo.i'a. The appld~ J,I
list of b'blioera 'c &Ids for pop-ar-sclen-
Na & i~~. a a .0 1
to. 0 per o' 1 .1* &- nt on
,It at.
M.lt&no_4'& Ys. 0, S. Alt-.tl, Kcr,1-4 .. kid* to It,-.
Lab.
&-.nd Us 109
Ney"n, T. T. Atomic Energy for the Welfare of ttie Nation 119
ry,l,,r Agriculture. Raterlala for
t v_ka 131
rJ:. Pr,)F3jA!1On of Economic ]Lnoultdge
xan&z *7.'aj, 5
Am ~ng ire ra- -- 143
JaPAV-1211-:1. 1--L , And-S_ M.
In Dlese2inating S;Ient Irl' -j -pu lar Literature by
the za &or. k LID-,In X-4~:'Oblrat le-0
-
-koy~ ,, .3 :"c:Or an.Aldto Coll:ctive
;Io,tnrw,,g.-F-jl- Natur c1 t:4
(Pro. the work pne . f t & PAIYY
K~Isbchl Rural Llbr ", of lq~scow Oblast
Appondl., List or Sibll.gr.phle Aids 191
ATATTAA-: Library of Congress (Z7911 J158)
Card 4A JQ/&wkh
1-6-60

, I , ,A , I . . ,
. I - - . . - !
- . -I - . -1
I - "
(; I- -! - ,
L:- , -, - t , --
- . . *. 87 _ ' I -.
I
~ L
-- - I . .- pl-CL-As )

WMAN, V.Ya., inzh.
Electric station to operate on supercritical stean with 450
magawatt.units. Snargokhos.za rub. no.4:26-28 JI-Ag '57.
0AIRA 12:11)
(Sullivan county, Ind.--Steam power plantu)
(Electric paver)

IZYMiN, V.Ya., inz~.
T'I"Involl
Large gas-turbine power plant in Canada (from "Modern Power ard
Engineering," 51 no.8 1957; "Oil Engine and Gas Tizbirie," 28 no.2P5
1957). Elek.sta. supplement no.6:20-21 N-D '57. WIRA 11:2)
(Canada--Gas power plants)

KJOW.H. V-74.,inzh.
The Portland Power Station (USA) equipped with a 520 t/h boiler
for 175 atm. and a 165 mw. turbine with axial exhaust. Xner-
gakhoz.za rub. ao,6:4-9 V-D 158. (MIRA 12:4)
(Portland. Pennsylvania--Zlectric power plants)

MELIK-PASHAYEV, V.S.; KOCHETOV, M.N.; KUZNETSOV, A.V.; DOLINA, L.P.;
Prinimali uchastiye: BELYAYEVSKIY, A.A.; LISUNOV, V.H.;
NEYMAN. V.Ye.; GHERNOGLAZOVA, T.Ya.; MAMUNA, V.N.; ZHDANGV,
M.A., prof., red.; PERSHINA, Ye.G., ved. red.; YAKOVLEVA,
Z.I., tekhn. red.
(Methods for determining the parameters of oil and gas pools
for appraising their reserves in platform-type fields using
the volumeteric wethod] Metodika opredeleniia parametrov za-
lezhei nefti i gaza dlia podscheta zapasov ob"emnym metodom;
na mestorozhdenliakh platformennogo tipa. [By] V.S.Melik-
Pashaev i dr. Pod red.M.A.Zhdanova. Moskva, Gostoptekh-
izdat, 1963. 269 p. (miRA 16:5)
(Oil reservoir engineering)

NTYKAN Witold (Poznan, u1. 27 Grudnia 4.)
The Uckey and Rare test In diabetes inaipidus. Poisirie arch. &wd. wown.
28 no.1:57-61 1958.
I..Z III Kliniki Chorob Wevnetrznych A.M. w Poznanin Kierown1k: Prof.
dr mad. If. Iabendz inski.
(DIABLIM IMIPIDUS. diagnosis
Hickey & Hare test (Pol))

NrfMAN, Witold (Pomin, 27 Grudnia 4.)
Hickey's and Hare's test in diabetes insipidus. Polski tygod. lek.
13 no.46:1928-1830 17 Nov 58.
1. Z III Kliniki Chorob Wewnetrznych A.M. w Poznaniu; Iciarownik: prof.
dr ned. F. Iabeadzirwki.
(DIA3F.TR; INSIPIDUIS, differ. diag.
iickey's & Hare test (Pol))

HEMM A
LABEMINSKI, Franciazek; , wi~oi
Felger's nuclear anomaly in 2 families in Vielkopolska. Poi. tyr. lek.
17 no.8:298-299 19 F 162.
1. Z III Oddzialu Wevnetrwego Szpitala Hiejskiego im. Strusta w
Poznaniu; ordynator: prof. dr med. F. labendzinaki; dyrektor: dr med.
S. Andrzajewski.
(LEUKOCYTES)

LABMDZVN.'.3K1, Fe, prof. dr.; NEYM.411, Witold; BADYDA, Cyryl.
3d case of Felger'3 araialy in Wialkopolska. Comparison with
pseudo-Pelger granulocytic picture In a patient with malignant
1yaphoma. Pol* tyg. lek. 20 no.ls28-29 1+ Ja 165,
1. Z Oddzialu Wodnetrznego Szpitala 14iejskiego im. Strusla
(Kiero,.rnikt prof. dr. F. Labendzinski) I. z III Kliniki Chorob
Wewnetrznych Akademii Medynznej w Poznaniu (Kisrownikz prof.
dr. K. VysocYi)*

NMK;B, Ya.L., inch.
New method for assembling forging and pressing equipment. Mont.
i spets.rab.v stroi. 22 no.10:6-9 0 060. (HMA 13:9)
1. Treat Yuzhtekhmontazh.
(Forging machinery)

KARYAKIN, V.D., Inzh.; HEYMAN, Ya.L.
Assembly of production lines in machinery-construction plants.
Mont. i spets. rab. v stroi. 24 no.90-5 S 162. (WRA 15:9)
1. Trest YuzhtekhmGntazh.
(Factories-Equipment and supplies)

NEIMN" YA.M.
42/2596 (Result of the competition for the best design of cranes for building of few stor-
sys,, arranged by the U.S.S.R. National Institute for Technical F4uipment). K itogam kon.-
kurea VNITO stroltelei na luchshie konstruktsii kranov dlia maloetazhnogo stroitellstva.
Makhadiatsils StrzUel'ltva, 8(4)t 18-21, 1951.

r7YAMXIY. 0.. B. 0 "1, WIL YA. I. . 'ItMt I . 11. 1.
Mixing Krichinery
Mixing machines on construction sites. Stroi. prom. 29 no. 12. 1951
~Ionthbr List 21 RHsai Accessions, Library of Congress, August, 1952, Unclassified.

SOVALOV, I.G., kandidat tekhnicheeklkh a&uL-; NZYMAN Ta.H.. lazhener.
On the technical and economic indices of enterprises producing
precast concrete products. Stroi.prom. 34 no.5:38-45 Sy '56.
(NLRL 9:8)
(Precast concrete)
tA

NEYMAN, Ya.M., Inzh.
- -------
Re-equipping a brick plant for the production of foamm glass.
Stroi.i dor.mash. 7 no.10:30-32 0 162. (IMIRA 15:11)
(Glass, Cellular)

FRILMKIY, F.V.., inzh.; NEYM&N, Ya.M.., inzh.
Redesigning a seasonal brick plant for the production of
aglorrite. Stroi.mat 8 no.10;(-10 0 162. (IMIRA 15:11)
M
Moscow Province-Aggregates (BuJ-Iding materials))

MMAN, Yan Markovich, inzh.; IVOSYAGIN, Dritriy SemenovicY,
MEMV, Boris YefiLnovich; ANTO11OVA, N.N., inzh.,
[Vechanization and automaiian of the processes of
manufacturing heat insulating materials in renovated
brick plants; based on material-9 of the Main Adr..'nis-
tration of the Building Materials Industry in Moscow
Province] Iz o~,yth mekhanizatsii i avtoratizatsii pro-
tsessov proizvodstva teploiizoliatsionnykh materiFilov na
i-okonstruirovannykh kirpichrjykh zavodakh; po materinlrin
Konstruktorsko-tekhnologicheskoi kontroy Glavrosobl-
stroimaterialov. Moskva, Gosstroiizdat, 1962. 38 P.
(MILCA 17:3)
1. Aknuer.iya stroitel'stva i arkhitektury SSSR. Nauchno-
issiedovatellskiy institut organizatsii, mekhanizatsii i
teklinicheskoy pDmoshchi stroiteilstvu. 2. Nachallnik ot-
deia mekhanizatsii i avtomatizw -sii Konstru-ktorsko-
tekhnicheakoy kontory Glavnof,,o upravlaniya proUshlennosti
stroitel'rWkh materialov i stroitellnykh -detaley(for
Neyman). 3. Rukovoditell sektora tekhnicheskoy informatsii
Konstruktorsko-tekhnologicheskoy kontory Glavnogo upravle-
niya prom-yshlennosti stroitellnykh materialov i stroitell-
nykh detaley (for Mosyagin). 4. Sotrudnik 3ektora. tekhni-
cheskoy informatsii ',.onstruktorsku-tekhnologicheskay kontory
Glavnogo upravleniya promyshlennosti stroitellnykh materialov
i stroitellnykh detaley (for Meskin).

PLYATSKIT, T.H., kandidat takhnicheakikh nauki MCIM, Ta.Ta.. Inzhaner.
Mews in pressure canting. Test.mash.27 no.12:58-65 D 147.
(Die casting) (KLRA 9:4)

NETW, Ye.A.
Graphs for three- lactrode electric probes and layers of limited
thickness. Trudy IENKHIGP no.41-128-158 163.
Device for converting a UL;p curw- into a curve of self-polarization
potentials. 173-177 (MIRA 16slo)

SARKISOV, A.L.; NEYMAN, Ye.A.
Layout of a seven-electrode shielded probe for a three-strand
cable with a grounded control of the current of shielded
electrodes. Trudy MINKHiGP no-41:17~~-181 163. (MIRA 16:10)

KMNZMIT. S.G.; NZYM, Te,.A.
- ~ -, -, IW__ -
Detecting the oil-water bowidary shift in control wells. Trudy
KNI no.12:224-230 '53. (KM 9: 8)
(Hydrodynamics) (Petroleum engineering)

NEMITI-je. A.
"Use of Electrical 'Models in the 3olution of Problems Relating to tne
Rlectrometr-f of Oil Wells." Cand Tech Sci, Moscow Order of Labor Red Banner
Petroleum rnst imeni Academician I. M. Gubkin, Moscow, 1955. (KL, No 14, Apr 55)
SOt Sum. No. 704, 2 Nov 55 - Surve-
y of Scientific and Technical Dissertations Defended
at USSR Higher Educational Institutions (16).

1-r--57-1-993
Translation from: Referativnyy zfturnal, Geologiya, 1957, INr 1,
p 157 (US-1R)
AUTHORS: Dakhnov, V. N. , Neyman, Ye. A.
TITLE: The Theory of Electrical Measurements in Drill Holes
by Studying the Resistance of Ground Connections
(Osnovy teorii t:lektrometrii skvazftin metodami
izuehaniya sQprolu-ivleniya zazemleniy)
PERIODICAL: Tr. Mosk. neft. in-ta, 1955, Nr 15, pp 46-79.
APSTRACT: The authors have shown the relationship of resistance
of ground connections with different surface forms to
resistivity and size of the medium surrounding the
ground connection. Pormulas are given for determining
the resistance of spherical, cylindrical, and simple
circular ground connections in ftomogeneous media.
Using a number of assumptions, the authors derive
approximate formulas for evaluating true resistance by
measuring the resistance of a spherical ground. They
Card 1/3 derive further formulas for determining the resistance

15-57-1-993
The Theory of Electrical Measurements in Drill Holes (Cont. )
of a shielded ground in a uniform medium and in an infinite plate
of great thickness, and also in a plate of limited thickness. The
latter example is supported by experimental carves, obtained on an
electrical model. The graphs obtained from this model represent
curves of the relationship
max
)Peff b(h
0
for a sonde with the ratio L/d,3 = 2.5 for ratios of d3/do = 0.3,
0.4, 0.5, 0.6, and 0.7, where /4max is the maximum apparent resistance
eff
of the shielded ground obtained at the center of the plate, the
thickness of which is ~; /, is the resistance of' the mad; do is the
diameter of the drill Hole; L and d3 are the length of diameter of
the sonde. The results obtP.Ined from the electrical model are used
to construct curves showing the relationship of apparent resistance,
measured with the sonde, to the thickness of the plate, for various
ratios/of plate resistance to resistance of enclosing rocks. To
Card 2 3

15-57-1-993
The Theory of Electrical IMea surements in Drill Holes (Cont. )
obtain the proper shieldinF, the currert In the shielding electrodes
should satisfy the relation
if + is L
if 1
where if and Is are the currents of the field and shield electrodes
respectively and 1 is the lonKth of the field electrode. Finally,
the authors examine the prot-.1em of eliminating from the sonde record
the influence of the contact resistance of the field electrode.
This is done by calculation or from the corresponding graph.
Card 3/3 N. A. Ts.

HZYKU. Ye.A., inzhener.
Spherical probe method (ground-resistivity difference method).
Trudy ME no.15:92-119 '53. (NMA 9:8)
(Oil wall logging, Zlectric)

UMN, Te.A., Inchener; X1306MICEMMO. U.N.. Inzhener.
Imulning the distribution characteristics of the "cific
electric resistivity in the formation zone Wrognated by the
drilling fluid. Trudy 01 no.15:120-125 155. (MLRA 9:8)
(Oil well logging, Ilectric)

NZYW. Te.A.. Inchener.
U~
Studying the relation between the distribution characteristics
of specific resistivity In the zone of penetration and between the
form of the curve of lateral electric logging. Trudy NMI no-15:
125-142 155. (KLU 9: 8)
(Oil well logging, Xlectric)

,EYKAH, Ye.A... Inzhener.
Constrmetion of formation models of a given specific electric
resistivity for modeling problems on electric well logging.
Trudy KNI no.15:147-151 155. (KLRA 9:8)
(Geophysics-Zlectromechanical analogise)
(Oil well logging. Zlectrie-Kodele)

NESTMIM0, G.N.; NETHAN. Te.A.
Using microiogging for detecting porouB layers in carbonate
depostis of western Bashkirian fields. Geol. r-efti I nc.8:14.6-50
Ag 157. (MIRA 10: 12)
1.Volgo-Ural'Bkiy filial Vaesoyuznogo nailchno-isaledovatellskogo
instituta geofiziki I Moskovskiy ordena Trudovogo Krasnogo Znameni
neftyano7 institut im. akademika I.M. Gubkina.
(Bashkiria--Oil well logging, Radiation)

3(0). 14())
AUTHOR: Neyman, Y-~. A.
TITLE; The Plott-Ing r,,f
to Sm,aatior.
dov po dannym e'Pktr1.,,heskogo
SOV/' 2
a D,,agram for Mi~rcsound~ng De-vi:~&5
Da~a (P-,utroyeniyo pa,c-tk-. i'k.--,z:,-
mode..
PERIODICAL: ,y-.i3h: ich urhebnykh zuveden`y. N~-f* gEi z
Nr 't pp i3-20 (USSR)
ABSTRACT: Up to rec eni "t I mes ge,- phys~ ;-' :.~ti; working or, c--' fie.d'3 taa
no diagrams plotted specif--cal'iy for micri~sounding d~;v~ceq- -at
their disposal. The artiole describes thp method cf
of the microsounding method and thc- re,,3,,i,.ts nbt-an(,-JJ. Tho r-,I'J~q
for the applir.,ation of the diagram obtained for hf-
4
.nterpreta*c4-,.)r. of microsound-ing diagrams are giver'. For tne
simulation of the mi-,rosour-d-rig method tw; cont-4g,--s meaa
(drilling liquid and layer) eacn of which ~.s Jrpmogeneo,~s ti:
they differ in their specif-,-, resistan,--es rad tc De
These two media were represented by t~vo =-le,.,trolyzes w-,th
different resistancea separated by a partit,-on. The part~.t:ou
was manufactured from a thin tissue soaked in 1~
was impervious to water and had a high reBistanc~ to qle~2tr~-~~
Card 1/2' current. - The author goes on to describe 'briefly tne s.,miiating

- 1 2 /z
SOV/ 5 2 ~ -i -- 5? ~
The Plotting of a Diagram for Vicrosounding Devices Accord~ng to Electri,ia,
Simulation Data
plant devised for the investigation of wells by means of
microsounding devices. The measuring method is described, the
results of the measurement are given, and the way in which they
are entered into the diagram is shown. The use of the diagram
is then explained by means of an example. There are 4 figures
and 2 Soviet references.
ASSOCIATION: Moskovskiy institut neftekhimicheakoy i gazovoy promysh:ennost-4
im. akad. 1. M. Gubkina (Moscow Institute of the Petro!-eum
chemical and Gas Industry imeni Academician 1. K. Gubkin)
SUBMITTED: September 2, 1958
Card 2/2

UKEDIOT. T.N.; IOBRAHOVA, Y.M.; FICHIMEDV, T.F.; BENM!SHWN; B-TU.;
KWLIK. A.1.; POZIN, L.Z., DITAKONDV. D.I.; LATYSRVA, ILG.;
IJOBRYNIN, Y.M.; LARIONOT. V.T.; JMrW. Te.A.; LMMV, A.?.
Terminology and symbols used in applied geophysics. PrIkl. geofiz.
no.27:223-235 160- (HIU 13:12)
(Prospecting--Geopbysical methods)

GRECHMIN, V.V.; NMAN, Ye.A.; YANSHEVSKIY, Yu.P.
Methods of using lateral logging in Pechom Basin coal
deposits. Geofiz. razved. no.12:74-100 16). (MIRA 16:11)

331") 1
3/064/62/000/001/004/006
B110/B158
ALTHOaSt Fioshin, U. Ya., Lebedev, 1. M., Kazakova. L. I.,
bn?in, 5-71-, Khollmer, 0. M., Gurevich, G. I.,
Neyman, Ye. Ta.
TITLE& Elactrosynthesis of 6_~oxypentadecanoio sold
PERIODICALs Khimicheakays proi2yehlennost', no. 1, 1962, 41 - 43
TEM 6)-oxypentadeoanoic acid (I) is produced by "mutual" anodic condensa-
tion of W-acetoxyundecanoic acid (II) and adipic acid monoethyl eater
(III)g during the electrolysis of an aqueous solution of a mixture of
their saltai CH 3COO(CH 2)IOCOO- + _OOC(CH2)4 COOC2H5
3 COO(CH 2)14COOC2H5 + 2102 and then saponification of ethyl eater.
ihe authors wished to obtain better yields by substituting the aqueous by
an alcoholic medium, and the Pt anode by PbO 2# magnetite, and graphite
anodes. A cylindrical glass alectrolyser with cylindrical, Pt anode,
perforated Ni cathode and graphite rod anode concentrically arranged, was
Card 1/3

33L41
5/064/62/000/00 1 Ao,,/ OC' a
Eleotrosynthesis of ... B11O/B158
filled with an alcoholic solution of 11, 111, potash, and soda. Current
intensity, voltage, and temperature were measured, and the clectrolyaia
was concluded when 0.7 - 1.0 ml of 0.1 11 KOH solution (phenol phthalein)
was used per al of electrolyte. After distilling C.H 5OH at 20 am H,3, the
following quantities were fractionated at 2 5 am Hgj (a) 30,; at 16ooc;
(b) 25% at 1830C; and (a) 50~ at la5 - 2000C The (c~.Bubstancea:asathe
eater of I. r4l%~j eater was separated from (a) and (b It -no po ified
for 2 hre with a 5(YA KOU solution in the preconce of ethanol, then
acidified with HC1, and I was extracted with toluene. With 125 =1 C2H 5on,
21 g 11, 45 g III and 5 g X CO the I yield was 45 - 48% at 10
a 3.42 tim' e 2
/a M2. As a. the th oretic.1 amount of current is required ith an
aqueous solution, the yield, 27% must be appropriately divideds
27/5-42 F'-8%. Ls Pt consumption is 150 9 ton the possibility of using
PbO 20 magnetite, or graphite was studied. The dependence of yield on
electrolysis conditions was studied with nonporous graphite In ethyl and
propyl alcohol with 112 g of IIj 238 g of IIIf and 24 9 of X2CO5 at
6o - 650C. Yield of 1, 48 - 50%, was not dependent on the current
Card 2/5

33LIa
S/064/62/000/001AC4/008
Electrosynthesis of ... B110/11138
intensity in a wide range. Maximum yields were obtained with a 11 1 ill
ratio of 2 s 1 and 1 t 3 at 12 a/am2, 60 - 650C and a K 2CO3 concentration
of 20 g/liter. Voltage increases rapidly with anode density and decreases
ith K2CO3 concentration. The optimum is 40 - 50 T. With 7 9/11ter H20,
ratio of II i III - I 1 5, and at 14 a/am2 and 60 - 650C, the yield Is
49.2% decreasing to 55'P", with 100 g/lIter of H20. Optiaum yields (4).2%
current efficiency) are obtained with ethanol or propanol solutions of
112 g/liter 11, 238.6 g/liter 111, 24 g/liter K 2C05;, 7 g/liter E20 and
2
anode density of 14 &/am at 6o - 650C. If the old solution was replaced
when acidity reached 1.2 - 1.4 ml of 0.1 N KOH/ml,yield was 44 - 45%
(41.5% current efficiency) at 15 a/am 2 and 65 - 70OC- Yield was almost
doubled by using an alcoholic electrolyte (six times the current efficien-
cy). Part II which is bound as a salt and does not react, can be re-
cycled. The higher energy consumption (voltage increase 3 - 4 times) is
compensated by increased current efficiency. There are 4 figures,
1 table, and 3 Soviet references.
Card 3/3

NEYMANY-Ye.Ya., inzh.; PIMSHTFYN, P.G., inzh.
.1 1 no s, - .n~,, e:
Deslan of sDirql high-pre3sure ve-3sols. Khim,mas~,i
23-23 Mr-Ap '64. (:/,TMA 17:4)

65989
S/l4l/60/003/Oo4/oi4/oi9
07 4*00 E032/E5jL4
AUTHORS; Neymark, Yu. I. and Kinyapin, S. D.
TITLE: On Tfie'_'_S7fa_i_e_ Equilibrium on a Surface of Discontinuity
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiofizika,
ig6o, Vol-3, No.4, pp.694-705
TEXT. A large number of papers have been published on the
stability of the state of equilibrium of a relay system (Refs.1-17).
The method of studying the stability of the equilibrium state of a
relay system which was put forward by the present authors in Ref.13
was later applied by Kxnyapin (Ref.17) to a two-stage relay system,
and by Ayzerman and Gantmakher (Ref.20) to the general problem.
The latter paper was read at the First All Union Conference on
Th~pretical and Applied Mechanics. The present paper is concerned
with the general problem of stability of the state of equilibrium on
a surface of discontinuity. The treatment is based on the method
of point representations,and the theorem given by the first of the
present authors in Refs. 18 and 21, which is concerned with the
relation between the stability of a fixed point of a point represent-
ation in the critical case when all the roots of the characteristic
equations are equal to unity,and the stability of the equilibrium
Card 1/6

85989
S/141/60/003/004/014/019
E032/E5i4
On the State of Equilibrium on a Surface of Discontinuity
state of a system of differential equations obtained from this point
representation by way of a limit transition, Suppose that the
righthand parts of the system of differential equations have a
discontinuity of the first kind on some smooth surface S so that
the system can be written down in the form
f+ (x 1.1 x x when x > 0
n n
X.
fi (XIO x 2"''' xn when x n < 0
The functions f. and f. are looked upon as sufficiently smooth
(it is sufficient to as-sume that their third differential coefficients
are continuous),and in particulan it is assumed that in the neigh-
bourhood of the point k*(0,O,,,.,O) they can be written down in the
form n
f = a, +j=~a+ X. + 1-0. (XI IX2 .... I x
1 .1 n
n (2)
f = a + E a xj + Wi (xlPx2V ... I xn
Card 2/6 j=l j

85989
S/14.1/60/003/004/014/oig
E032/E514
On the State of Equilibrium on a Surface of Discontinuity
where ai, ai. a,,, a,, are constants and the terms W and A
are not less than of the second order of small quantities in x
X'31--X The phase space of the system given by Eq.(1) is
n +
divided into two parts G and G by the surface x n = 0. In each of
these the motion of a phase point is governed by one of the
equations in Eq.(1), On the surface S itself, the motion of the
phase point is not defined by Eq.(1), In order to define its motion
on this sur-face, the following four cases must be considered;
1) x f P 0; x f- > 0;
n n n 11
2) f+ < 01 x f- < 0; (3)
n n n n
3) x+ f+ < 0; X- f- >O;
n n n n
4) x+ f+ 0; x f <
n n n
Card 3/6

85989
s/141/6O/0O3/0O4/0i4/oi9
E032/E514
On the State of Equilibrium on a Surface of Discontinuity
In the first and second cases a phase trajectory passes through q_
point M on the surface of discontinvity, from the half-space
G_ to G +and, correspondingly, from G to G_, In the third case
the phase point remains on the surface x = 0 until the third
condition is no longer satisfied, Final7y, in the fourth case the
motion of the phase point M is undefined. In the case of the
corresponding physical system, this means that the phase point M
will be displaced into the half-space G or G , depending on
random effects. The regions -1 +' IT' . C a n dDon the surface
xn = 0 (cf,Fig.1), which correspond to the four cases numerated in
Eq.(3), are separated from each other by the curves and y on
which f + = 0 or f- = 0, respectively. The possible behaviour of
n n +
the phase trajectories near the bounding curves y and y is
shown in Figs. 2a and 2b. The present authors derive an analytical
criterion for distinguishing between these cases and the general aim
is to study the behaviour of the phase trajectories in the neigh-
bourhood of the intersection of the Y + and y curves and, in
particular, to determine the conditions under which all the phase
Card 4/6

85989
S/141/60/003/004/014/019
E032/E514
On the State of Equilibrium on a Surface of Discontinuity
curve's in the neighbourhood of a point M. which are common to y+
and y , asymptotically approach this point:~~rt--4 14), ~ The point M
is defined as the stable state of equilibrium. The analysis is
continued using a set of coordinates having the origin at an
arbitrary point corresponding to the intersection of the y+ and y
curves. The coefLicients a and a then vanish and, in order
l,f-(O,O.,,,O)n n a
that the origin should be stable state of equilibrium,
it is necessary that the first of the two cases shown in Fig.2
IE
should occur in the neighbourhood of M . When this necessary
condition is satisfied, then the phase trajectories in the neigh-
bourhood of MR define the point representation T+ and T- on the
S surface, The results of the paper are summarized in two,.basic
theorems which give the stability conditions for the point M (0.0..-'0'
depending on the values of the parameter d which is defined by
d = ab,
where n n
- + + +
a = 22: anj aj ani ai
J=1 J=l
Card 5/6

f I
r V fj;l r i T/ 11
bgii t trod JlA I y "' P~ , ~I

NEYMIII YU.M.
Weights of angles and lines in the adjustuent, of polygonal traveftes .
Geod.1 kart. no.8.-20--23 Ag 161. (,URA 14-10)
(Traverses (Surveying))

BADPOPI-N, A. A. , BCGKAr1CVA, 0. K. , iSAGULYA-I'~TS, G. V. , NZTII~!,, Yu. V. ar~rl POPCV, Ye. I.
(Trist. of Orgmnic Chem. AS '-ISSR)
I"
_nvesti ~',7at_fori of 'the Nfeo,,harli= --f a:
Using Radi,~,active Ca-~,nn '7-
Tootopes and Radiation in Chemistry, Collection of papers of
2nd All-Union Sci. Tech. Conf. on Use of Radioactive and Stable Icotopes and
Radiation In National Economy and Science, Moscow, Izd-vo AN SSM,1958, 38OPP.
This volt published the reports of the Cheadstry Section of the
2nd AU Sci Tech Comf on Use of Radioactive and Stable Isotopes and Radiation
in Science and the National Economy, sponsored by Acad Sci LEM and Kain
Admin for Utilization of Atomic Energy under Council of Miniiistere USSR
Moscow 4-12 Apr 1957.

NEIW, N.V.; SMOLIN, V.V.
Wind roses and building in Magnitogorsk. Trudy GGO no.149:
48-52 163. (MIRA 17:1)
1. Magnitogorskaya sanitarno--epidemiol.ogicheskaya stantsiya.

NZYMAN, Yu.Yu., Inshener.
Calculating the drums of excayator winches. Vest.mash. 33 no.3:14-15 Mr
'53. (iaRA 6:5 )
(Excavating machinerl-)

:111:, All~', - 3.
j, c of I ar,-,e ". , -r,,i !- - ; - -1 -.,,
11 " , ,
~-' "Fili ' (,:.Vv,', l')48. 17 ,. ( , I --'] .', i )
I K --l'7 ~ ~ . - _,) 1 il"a

S
X
C4
Z. B. Ing.
IT LE Synchronous Motors with Jdassiviv ~oiv&
(11oshchnyye sinkhroWWya elaktrodvigatell a maasivnyrrt pol.y,,~,;irrj ra r,,-
tore- Russian)
FERIODICAL Elaktrichestvo, 1957, Nr 6, PP 32 - 35,
ABSTRACT A series of synchronous motors with a performance of 13oo, 2ooo, and 3ooo kw
was developed by the "Uralelektroapparat" plant forthe purposes of driving
high-ap4sed driving mechanisms. They have a massive rotor with full pole sho-
res and a special short-circuited windings which warrants greater npera-
tional reliability. The motor is started asynchronously by direct connec-
tion to full voltage or by means of a reactor by the reduction of voltage
down to 7*0/o of the nominal voltage, The fronts of the poleshoes are on
both sides of the rotor oonnected by means of copper rings, so that part of
the current is short-circuited by those rings, The rings increose the va-
lue of the asynchronous moment considerably. A noticeable influenqo upon
the increase of the asynchronous moment is exerciesed by the short cir-
ouiting of the excitation winding with the discharge resistance. At present
there exists no accurate method of computation for the exact determination
of the starting characteristic of motors with smooth-core rotor@. In the
case of smooth cores (full poles), especially if the ratio between the width
of the groove of the stator and the e4ees of the air gap is assumed to be
nor* than one, loosed increase considerably, In ths case ofthe motors of
Card 1/2 the series DSP described here this ratio is somewhat higher than one, and

PHASE I BOOK EXPLOITATION 479
Bezrukov, V.M.; Glukh, Ye. M.,' Kostin, K.F.; Neyman, Z.B.,'
Fishler, Ya. L.; Chetchuyev, G.A.
Urallskiy zavod elekt-,romashinostroyeniya (The Ural Electrical
Maohine-building Plant) Moscow, Mashgiz, 1957. 125 P.
(Seftes: Iz istorii mashinostroyeniya na Urale, vyp. 7)
4,000 copies printed.
Tech. Ed.; Dugina, N.A.; Editorial Board of Series: Aleksandrov,
A.I., Candidate of Technical Sciences; Bogachev, Doctor
of Technical Sciences; Volbkov, A.A., Candidate of Historical
Science's," Dovgopol, V.I. e Kozlov, A.G. , Senior Scientific Worker,
Archives Dept.; Sustavov, M.I., Engineer.
PURPOSE: This book is intended for engineers, technicians and
scientists. It can also be of use to students, agitators,
propagandists and machine-building workers.
Card 1/3

The Ural Electrical Machine-building Plant 479
COV W GE: The book contains a brief history of the construction
and development of the Ural-Electrical Machine-building Plant
and a detailed description of the progress achieved In designing
and building various kinds of machinery including water-wheel
generatorspa-c and d-c electrical machines, transformers, high-
voltage equipment, mercury-are rectifiers and machines for the
electrification of the national economy. Plans for the future
development of the plant and of the production of the electrical
industry in general are also discussed. The book is the seventh
iss,fted in the series "Iz istorii mashinostroyeniya na Urale"
(IT16tory of Machine-building in the Urals) which will contain a
total of' ten books. No personalities are mentioned. There are
no references.
TABLE O~
CONTENTS:
Foreword
3
Ch. I. Construction and Development of the Plant 5
Card 2/3

The Ural Electrical Machine-building Plant
Ch. II. Ural Water-wheel Generators
Ch. III. Improvement of Electrical KachinerY
479
Ch. IV. Development of Transformer Construction at
the Plant
Ch. V. Production of Mercury-are Rectifiers
Ch. VI. High-voltage Systems
Ch. VII. On a Scientific Basis
Ch. VIII. Work, Study and Leisure
AVAILABLE: Library of Congress JJP/ksv
8-5-58
15
38
6o
77
96
115
121
Card 3/3

AUTHOR: Neymanl_!,-B., Engineer. 104-3-1-1/45
TITLE . ~uestioms on the desi,,,,,n of Ipowcrful hydro-~~enerators.
(Voprosy proyektirovaniya moshchnyk-h gidrogeneratorov.)
aRIODICAL: 'fElektricheskiye Stantsii" (Power Stations), 195?,
Vol.2% No.3, PP. 34 - 41 (U.S.S.R.)
ABSTRACT: This is an article on special features of the design of
hydro-alternators with reference to the type of turbine and
the special features and character of the civil engineerine
structure. The turbine-alternator sets are organically
related to the entire arrangement of the station, particularly
when the machine room is built directly in the bode of the
dam and not as a separate bu'Llding.
The maxinrum power and rtina y speed of hydro-alternatccs
is considered from first principles and JLt is shown that the
maximim power of a generator depends mainly on the maximum
permissible peripheral speed and the active length of the
stator steel which are 150 m/sec for solid and 130 m/sec for
laminated rotoro and 5 - 4 m resp.;;ctively. Solid steel can
ou'd 1/ 3 only be Lized for tii6h speed rotors because of transport limi-
tations on dlameter. A major factor in limiting generator
CD
output is then the ratio of the runaway speed to the rated
speed which is usually taken as 1.8 - 2.2 for radial-axial

104-3-12/45
,4iestions on ttie design of powerful hydro-generators. (Cont.)
turbines and 2.3 - 2.8 for rotating; blade turbines. However,
the full runaway speed is rarely developed in practice because
safety devices are very effective and overspeed runs are no
longer made Ln the factories. Therefore, since the runaway
speed has a great inf luence on the cost of the machine it is
now usual to as-ume that the runavay speed will not be greater
than 801,'D over the normal speed, or greater than 6(Xv for very
large sets.
The moment cf inertia is then considered and it is concluded
that the natural moment of inertia suffices in most cases.
However, in order to prevent water hammer it is sometimes nec-
essary to increase the moment of inertia in order to limit the
overspeed to 130,1'~' when full load is thrown off.
The optimum generator voltage is considered. The gener-Ator
is usually con~.acted to a transformer, a limiting:, factor is
the maximum current at the terminals because ~-enerator s-yvitch-
gear cannot harRile more than about 6 000 A. This governs
the generator volbafie. Generators can be made with two or
three sets of pliases pur pair of poloo in connection with
special transfoimers. Howev~;r, it is usually best to lim:Lt
card 213 t~e stator cu_L-r-ent to 6 000 - ? 000 A with double wiadir-gs
and two sets of busbars, so that the windin,~--s are cormected in
0

104-3-11/45
,uestionB on the desi~,m of ~,o~~erful :'Ydro-~- nt~rators. (Cont.
Ule
parallel beyond the terminals.
The static and dynamic stability of generators is then con-
sidered, this depends mainly on the synchronous and transitional
reactances, the short, circuit ratio and the rate of rise of
excitation. Reduction of the reactances or increase in the
short circuit ratio inrzr~eases the size and weight of the genera-
tor. The best way of improving the stability of large generators
is to use an excitation system with rapid response and suitable
forcing. With the cii2cuit used in the Kuibyshev generators the
excitation circuit time constant is about 0.15 see.
However, rectifier excitation is mom effective and econom-
ical and can give a very low time conAant and 4 - 5 fold forcing
z-ith a rate of voltage increase of 40 kV/sec. The wei4-it of an
excitation system usin,, metal-clad mercury arc rectifiers is
much less than that of other types, the height of the set is
reduced and its constnLCtion is simplified.
Generator design is then considered with particular refereace
to location of the thrust bearings and to the use of special
thrust bearings. It is concluded that it will be quite possible
to make sets of more thAin 200 MW. The re a re 7 f ig~u re s and 3
Slavic references.
AVAIIABLE: Library of Congress
Card 3/ 3

"Ov f
:
/ L"~O
-~ .-1 -58-12-1/22
tUTHOR: Kost-in, K.F., Ergineer and Ne-jman2 Z.B., E-r-ineer
TITM: 15 Years of d-,dT'z-- Uan, iaf a,~-- u Me
Uralelek-troapparal- W,~zks (15 ik--t gid.rogen~,-vatorostro--
yeniya na zavode
PERIODICAL: Ve stnik 1958, Nr 12, pp 1-7 (USSR)
ABSTRACT: Hydr:,,- generator productioa comfenced in the U--als In
1943 and at pi~eBent the "Uralelek-troapparat" Wor, .r, s
wanufa,~,-Iux.Nes machims 4-L ratings from 160 to 36000 kVi
for voltages of 400, 6300 and 10'5100 V at speeds of
68.5 tc. 600 rom and i.3 dasigni=ng (~thaars vr-th cutputs of
scme hij-direls --s- A phv~tograph of
the fi-,r-st Man, ar;+.nue` at 11 works in
-if
1943 is relrcnduc~ed in Fig 2; it is a 1200 0, -0300 Vo
150 -rpm ma-ch-i-ne for the Alapayevs-lk--ya station, where it
is st-11i wctrkix-g. At, taat time the -urgent need for new
equipmen-, was met by a stanclardi-~ed aeries cf hydrc-
anerators
9 .19-velc~-~ed f'c-r %il-eap a-r-d -,asj, Manufacture
The works desig~aed and man,,i-P~~ct-,u--ecl -dive standaidised
series of gt~ziprato-,-s with outputs from
160 to r'000 kW, ninnint,:7 at speeas of 100 to 428 rpm.
Card 1/4 The m.a.-,L.n of *,Le fi',re series are briefly

'~()V/l LO-58-1L-V22
15 Years of llyl`rc
Works
Card 2/4
de s,~~rL t~ Cl. A_'~A control and,
d-ue t~ ~i i-, f-e J, ff'~ T"O 1l'-". .Lif-nter tilan
0
re -T. L c, us m~--_ s A pll,~tjgraj~r o-, a
t
yp a v.
W'0%VV
in Pig z id a:~~d sallie 8
ind:i v-A. _,La i -Ve ~k_ r jq~
In t, S
I
-7ea-- Each with ~Ln
.14-
0 "D A'
0 U" P,
'00 a ~,.need of 1 -vL
A spe iT-a o [a
in Jca co:c-aers oi' -,he
Q qLLa T'~j a 7_' 1.'l- F, f 7, e o ve rlll-un
,,,C n r: -7~ lo- !;'ae L- w*t;r.
P. 7 -j: j t_~ _'L - -1
ha pi a T.L "L 1 -:7, 1: Z~ _-.:j z "~ UL a 2, c -i~' 15C rpm machine
cf tl-~. - .1
-,71pe wJ-h one ~~_'iLe bearing -lias a total
weilgh-"-~ _-~f 2f,::. tcrs- is -:-0 tons -les_- than the
~1'. .-I --p S~ t.M~ cOllst-TT-r-tiOrl,
~,ud 1,-'ae bi, ~-, v- I 1r I
e-5. lilora eytensive use is
t 2:-L
', ~ s :Ln .ik-;~;h the turbine and
fm "' - I - - - 1 Z-_ I c,
'a~ucj' - t. ~3.nd tiie tlirust 'Dearin-

~30V/110-58-12-1/22
e e "- -0 T E, r, , ~'-
15 Years of Hydro- Gene rato r Lianuf actuxe a-, the Ura-1 1 1 a-,- ara'
Works
is mounted on the turbine casing, the principle is used
for the 21 MW, 125 rpm sets for the Kamskaya Station.
This type of construction is illustrated in Fig 5.
The turbine and generator are still further unified in
a horizontal shaft type of machine in which the
generator rotor is shrunk on to a wheel that supports
t,ue turbine blades whilst the water flows within the
rotor. Although these turbines have not performed
very well in sei,,rice,becausp, cf a r--umber of constructional
defects, their design was a progr-essive step. In all 1~he
machines manufactured in re.3ent years there is only a
main exciter and no auxiliary exciter. Methods adopted
to improve the mei:~hanioal stabilit7 of Feneratore
rurnins at 300 to 600 rpm. are described and illustrated
in Fig 6. A number of con.Stru,:~ticnal details that have.
been developed in recent years are mentioned with
particular reference to cooling brak1ng and bearings.
The typical lulrication systea is briefly described.
The works played an active part, in the design of
Card 3/4 alternators for the Volga Power Station imeni Lenin

SOV/110-58-12-1/22
15 Yea-rS of Hydro- a-, t-'--- firp-jejektroapparat
Works
were useci V-th success. At the
present time th-, works is ies-~gr-ir-,S --,.jdi,o- F.+eneratoml
, act re
C) f sc El-~ d& c niegawatts f o2~ the Krasnoyarsk Station
and 7 be -i - --c r-3 ticm is Af !y, dc-, sr; -ibed. The t-ol5al
wei6ft-r oll~ machLlaes will I:P 1,900 tons and
the effjz~-,-~Dn---v 9~-~.2--,%. ~.Ehere: are rl- f.-gml-res.
SUMJTTED: 3Gth June 19 0
Card 4/4

*6
HOR: lleyi-u Z.13.
IE: Hi;7h-speed 6yr,-l-,ronous F! L 1,-, t c
(BL,strokho6rwe -nnyye -jav-.oT)oi~7us~yye dl;i~ ateli
massi,,n.~i:,i ~~j yus'a---
.,:i,-RICDICAL: Ve-,ni'. I Vol
CI R
C.-
-71 or- -t'_ TICI --0
ABSTRACT: Galient--.)ol;i~ c,7ncl--~-rcno,.iF~ r O-r
arra-a[,,-e--.aie-qts c,,---.n Ibc -adc, f or speeds u-- +1-0 1 5CC r.
with the usua-l tl-."-~'c I-_' rotorl
startinLs wind 4 n t~__ __S. Xd ;w: e.~0
,Olr
pole motors of 1 OCO 5 OOC 1-W seldo:-
Lain difficulty in ,,-akinr- 1
a reliable startinE wi-adirj-C,-.-. The OLELLE b c,
current di stribu tion and, co iis ec ue ---,tl y I r-,:.
uniform. Heatin,,:- and current dpta for
of an 800 Sync',-ronuus motor arc f'--"Lven ii.. F-st .1. T~,.,:,
results show t~jat the current the ')utei;-o--t 1 1
that in the m-Ld(--'le rods, a---d thf~
The German fii--,. ,-;f A.E.G. La:~ a des-i'f-r-
wl n d -L r-6 b a r c a. n c- Y..p a. n U--' s,-~ ~ L-, i a t e ly u t 11 1fIeJ
doubtful f.,Ierit becaase It .'-;7, not s-af--icirntly 1.,:I-Lable-
Ua--dl/4 Good opTatin, and rt:1-!aL--Iit-,- 1-ave

'i,7h-s-, c-ed Sync; ror.Lcj,-,s Sel
I 'OC r.p..-,-. .5y,_chrou_)us se.lient-jl- SO IJ f Q
2 v. 4 - -- ..
-Doles of the series_,'4Cn ~-ade Ural
Lave no short-circuited st_~:- t,~ r an
They _r d are s_L-::-
i-a-r-ed by comr:ectinr- tIeE,,, to tlc- suL)-,'7, need b e a re
s
-1 L _L
-e T"ie stert-_*_-- j _- o-,~ r c fru:. c .:icul!~'in, c -, I,
''e solid TI e such a D~
i1justrated in Fi:-i.2, and FiF.7~ I- i v e tlLe ~3 t al t i 1:_~- cl-ai- c t
of I 30C and 3 00b 1`1 3r, ric 2 i- sc, i e s ~IC P A!' :-'c
1 70
re-r, o_~. a direct-on start of a G VU 1. 5CC. r. L . :7~0 0 1-
t1le rotor v,,,ind`Ln,,-I- com-ected -1to t'f e s c r e r e E: I s t- a n c e -
i n :,i . 4. Durim, sta_--ti,.-.r- te-Sts, t. er~--Iure of
b r4
sL)es did uot exceed 100 C. T,~c' ~~-,ta -if electurical
series ,uith Oat -uts of 1, 300, 2 000 000 "1 P L V''
In Tal- 1e 1. The 2 bGC Ifl i-,-otor intp-,d--~d for 6rivin, j
compressor and has a s-)ecially hiL~h i~~.omentu of inertia,
These actors are desiC.-ned for startinp- dii-,ct-on or 1~ J,
re,,_ctor. The exciters are LDunted on t1-c. sh;-,ift. Ha
a:cial ventilatiin I'S used. The stator coil-c a.-c- insi-116,te,"
~reL~nated. --.4 ca. T.,Ie bearinl-s and lub,-IC S,'/Otei, ~~re
described. Th,~ v,(.,i_J-t and ef'L):'_Cie-CY 0"
4r,t J~if_G.
5 and 6, -L-,, cu., )ai-ison foi-
U,~rd2/4 The surface losses dur, to i,i, r - ~j C 1~, C, 'L~ to

c il
C., C
r c) f r,
v a T 1
d~_-:n~-_o-AL in
:j__ C'
F; t r; t
S_LzeS U- t _'L c
Nn T
t'.-.
rr"
AS60C-L _'L 1 k__ "U. , I
IT 1 p p
C I-,' - /' ~

d 3 t
SUB 1 .1 D: 1,7,
AV T I A- -.1;
1. Synchros-Design 2. Synohros-Operation 3. Synchros-Test
results

-"-% INNw
-C~e
KP
f 13, r
y ()
0
10
0 -Kj
C,
e O~,
c eP;
-,e~ o Z Ao KP 1~0
e Ci
C)
olj (?,
CIN~ K>
4,
o', 0
o-~)
e
e
.e K>
C)
e 0 cv
C, "a, p Y~ 3~- ~ ~ 4 -~ ~
0 c
40
0 Z
0",
Kj ,e
C, e,
0
~e,
o- 0
e -;A
40, C, ~, . q;~ , 25,
~~ C,
N. 0, 0
0,
KIP
,..,0 OIJ
Z 13-y
OP-
K; 91 e 6 yjo
c
'o. ~~o -cc,
9,
0 Ki "o
C~
Qo W, I ~ A, .0
0
o K>
e
16

Alternating-Current Machlnes r.' the Uralcile~-rrar)parat W,~rk_S
The produ~;tilon of induction mours -Ls in,-~reasing and about
75% of all the a.c. machines produ,,ed by the works are
synchronous machines. Types ~,if up to 1IjOO kW are used
for driving ret-.ip:7,o_--atin- -.ompressors, and technical data
4
of these motors are gi,.,en ~n Table All the rompressor
motors are d:~signed fo:, direct-on-line starting with the
exniter soi.411Y Spe.~:ial mot,-,r-3 are made for
driving pulierising mills used in power staticns, cement
works an-d elSew-hel-e; tne ma-In techni,~:al data of these
ma(.hines are gi-.;en ir Table 3. The wrjr~col is a prinf.lipal
supplier ,)f large -,,ertical synchronous motors for driving
pumps, su~:h as are LI ustra ed 'n Fii,,s 3 and 4. These
motors are male witr-. Gutputs ranging from 3.00k, t-) r')0()0 kW
at speed.~ from C".00 to _"I~b -pm- their techni~,al dada are
in Table ',i-, and brief ,,-onsixtactional cietaiis are given.
Table 5 relates t,) the horizontal salient-pole motors
series DSP of 1500 --,pm with outputs of' 1350 to 5000 kW
manufactured foz- large far., and pump drives in the
metallurgi(.al industry. T~-..ese motors are desc.-ibed
Card 2/4 briefly. The works mania fac tures syn.-hronous conden3ers
series KS with outputs of 15 and 30 MVA, also series KSZ

SOV/110-59-7-2/19
Alternating-Current Machines of the Uralelektroapparat Works
with outputs of 37-~ and 75 KVA, hydrogen-cooled and for
outdoor installation. Table 6 shows technical data, and
a typical 75 MVA synchronous condenser with hydrogen
cooling is illustrated in Fig 6. The works is a pioneer
in the use of cold-rolled steel in synchronous machines.
A careful design study has been made and in many cases it
is possible by the use of such steel to reduce the size of
the machine by 10-12%, whilst at the same time reducing
heating losses by 5-10% and conserving copper and
insulating materials. It is intended to extend the use
of cold-rolled steel in machine manufacture. At present
the works is developing a new series of a.c. machines
including vertical two-speed motors of 2000 kW, large
compressor-motors for operation in explosive atmospheres.
salient-pole high-speed synchronous machines, and others.
New types of synchronous condensers are to be manufactured
Card 3/4 with hydrogen cooling and outputs of up to 100 MVA, also

SOV/110-59-7-2/19
Alternating-Current Machines of the Uralelektroapparat Works
two-speed machines of output up to 60 MW for pumped-
storage stations.
Card V4 There are 6 figures and 6 tables.

AUTHORS: Lokshin, D.V., Neynan, Z.B. Engineers.
30V/110-59-8-5/2~~.
TITLE: The Rational Use of Cold-rolled 3teel in Electrical
Ma,!hines.
PERIODICAL: Vestnik elektropromyshlennosti 1959, Nr 8, pp 18-23
(USSR)
ABSTRACT: The relative merits of hot-and cold-rolled steel for the
manufacture of electrical machines are discussed in general
terms. Because of the magnetic anisotropy of cold-rolled
steel, the advantages to be gained by its use depend on
the geometry of the stator segments. It is very difficult
to calculate the magnetic characteristics of a stator core
made of cold-rolled steel from test results obtained on
the Epstein square. Accordingly the authors tested packets
of stator stampings by a method which has been described
previously and may be readily understood by referonce to
Fig 2. Experimental determinations were made of the
magnitude of the magnetic flux in the teeth and in the body
of the stampings. The results that are given relate to
Card 1/6

ll'~, t'lCollui U,,,,,,, of' Cr,,' j I ; E.ec trir;al Yarhinef?
t-wr) tv-:,,ec cf ma(,riine aith :~-.ator external diameters of
213 and 32~- :ra res e i ve ~ i T~ie stampings were of steel
grad,-~ E320- mm is a medium grade of cold-
11 ij,, (~t r, t-- j i Li r T. In -q t am p i s o f L o t -
rolit~d ste,?.l ~~ r a i 5 mm t ril ck Tae staimpings were
riot. ~,nnertll,d. and I~c. tfsts we're
I I r ac ,~ I o ~A I 1 .1 1 ~ I .~ cl~i --a I, The 'Lf-,st conditions wore- quch tiiat
with 10-c) ~ti t I- e,-, :)-r' s ~,am-.-, -J.16- -,he riag~letic induction in t'-e
teeth wrIE na, n ~7,veater n in the body of the stamping
and, Ihef~--fure., ir wa-3 the teeth I ,nat viere being
t. e ~3 t e ii . o1 rhe sr
.a' 1 er diametz!r
are Ci ve-n in Fltf. '~a fv~ sliov; Lhe matsnetl,, fll~x
Ic I
-ns i t a e., ri i,ne ull* ',he teeta as ~I'Uli,
This r-a-c- tn.:)~ art.17:iar
j u S e f, ul 1 1 b e n
from Flt,~7 -'a rna~ -.vlth eq, a I -i ,-,s ci -,~,e rnagnt.-tl-
sin.r; i'Lux in -e
T, 0
e ioln
P, s
,,,e, e P, L L- n 1j- r, s ' I' ng t h e s ~~ o ad
7t
a nd I a r iz e -- 2 ma gi- n
j
fl;-IX ~rl Till-
Card 2/6

_50V/110-59-8-5/24t
ffie Rational Use of Cold-rolled Steel in Electrical Machines.
may often be appreciable but is not the best that cran be
obtained. Calculations are then made to show that the
optimum geometry of the machine is altered when cold-
rolled steel is used. Expressions are derived for the iron
losses and these are then applied to partLcular machines.
The first machine considered is one with a stator 213 cm
diameter of hot-rolled steel grade E-42, Ln the output
range of 'DOO to 7500 kVA and the speed range of 375 to
600 rpm: a number of other typical cilaaracteristics are
given. Using this machine as a basis for comparison,
curves are plotted in Fig 5a relating the stator length
to the losses, weight and field current of corresponding
machines made of cold-rolled steel. The curves show -,.,iat
if the stator length is reduced by 10 to -'51,'b when the
cold-rolled steel is used, the iron lasses are increas~_d
by some 6 to 12%. However, the total losses in the active
material are reduced by 4 to 5~'O: eind the weight of acti-7e
material is reduced by 9 to 10%; or alternatively, the
losses may be reduced by 6 to 6.51,1~,, and. the weight of
material by 6 to 81/U'. If the length of' stator is unaltered,
Card 4/6

SOV/110 -59 -6 -55/2
The Rational Use of Cold-rolled Steel in Electrical Machines.
the steel losses tire reduced by 4~o and the overall losses
by only 1%, with Ekn economy of copper of 3.5%. A similar
comparison is then made for machinss with an external
stator diameter of 325 cm covering the range of 1000 to
10000 kVA and 150 to 250 rpm:, the corresponding curves
for a machine using cold-rolled steel are in Fig 5b. It
will be seen from these curveis that the use of cold-rolled
steel gives the best result when the stator length is
reduced by about 10%. The total losses in the active
materials are then reduced by 4% if the weight of copper
is cut by 11%, or are reduced by 6~ if the weiSht of
copper is out by 6%. The reduction in the length of the
stator also gives economy in insulation and other con-
structional materials. The curves of Fig 5a and b relate
to machines of average characteristics, but in particular
cases the effectiveness of using cold-rolled steel may be
very much greater. By way of example, Fig 5B gives curvtz
of loss and viei',,;ht ratios on altering the length of a
hydro-alternator with an output of 26300 kVA running at
130 rpm with an external stator diameter of 700 cm. It will
Card 5/6

SOV/111)-59-8-t/L4~
Rational Use of Cold-rolled Steel in Electrical Machines.
be seen that here the use of cold-rolled steel makes it
possible to reduce the stator length by 10% and simultan-
eously to reduce the losses in the active material by 4c,',u
and the weight of copper by ii,,ore than 15", -- alternat"vely,
the losses may be reduced by 10-,,' and the weight of copper
by 7~10 These examples clearly show that when cold-rolled
steel iS used ',he optimum proportions of the machine are
in general not the same as when hot-rolled steel is usrd.
There are 5 figures and 3 Soviet refererLCeS.
SUM,TT"H): January 26, 1959.
CaT-d 6/6,

NEYWI-,-- Z.B., inzh.
Vertical s-jnchronous motors for driving large pumps. Vest. elee-
troprom. 33 n3-3:29-33 Mr '62 WIRA I -5:3)
(Putq)ing machinery, Electric) (Electric motors, Synchronous)

jMzUR'-"'. inzh.
7vo-apeed vertical-shaft asynchronoua motors. Test. elek troln,4=o
33 nb.1240-43 D t62. (KnU 15:12)
(Electric motors, Induction)
(Electrio power plants-Equipment and supplies)

ETTINGER, Ye.L.p kand.tekhn.nauk; GLUKH, Ye.M., kand.tekhn.nauk;
GOLIDIN, R.G., inzh.; TITOV, V,V., kand.tekhn.nauk; NEYMAN,. Z.B-.,
inzh.
Concerning L.V.Rcpman's article. Vest. elektroprom. 34 no.1:
62-64 Ja 163. (KRA 16:1)
(Electric generators) (Rosman, L.V.)

.".. NEYMN,. Z.B., inzh.-
Froblexw concerning the design of a large salient-p-cle
synchronous machine with solid rotor poles. Vest.
elekt-roprom. 34 no.2:3-8 F 163. (MIRA 16:2)
(Electric machinery, Synchronous)

:EY,"IkN, Z.B., iltZL.
mol - . -lek. ct-a. 34 rrl-~.5 ~4-3--,J5
M71 : (D q 4, (-iDll
p :,-'' + " -, ~ 1;
(E.1,-- ~- ~,r ic: mo * ~ r ; ~

NEYMAII, Z.B.,, inish.; GOLIDMERG, S.I., inzh.
Synchronous machines w7ith alumirrum excltk~rpu windings.
Eloktrotekhnika 35 no.1:26-29 Ja 164. o (MIRA 17:2)

NEYMANT, Z.B., inzh.
IA-,.ge units witr~ t' pole i~enera*rrs f:r
'With single-phase load. Flektrotek~.rJka 3'. -,c;."):7-,2 3 1 t4.
1,7.11)

SoUA-CE-ffif-E.- URIA1376670097DI31003WO38
ACC NRi AP 25598
INVENTOR: Lokshin, D. V.; Neyman, Z. B.
ORG: none
TITLE: Unipolar machine. Class 21, No. 183263
SOURCE: Izobretenira, proqrshlennyye obraztsy, tovarnyye znaki, no. 13, 1966, 38
TOPIC TAGS: electric generator eerl-j ;r"Ja: Causj0t))FA~r,
ABSTRACT: This Author Certificate introduces a unipolar electric generator with a
liquid slid in g contact (see Fig. 1). The generator contains a stator with a built
Fig. 1. Unipolar generator
1 - Liquid sliding contact; 2 - stator; 3 -
excitation winding; 4 - rotating contact ring;
5 - rotor; 6 - fixed contact ring; 7 - auxilJM
contact ring; 8 - drive.
Card 1/2 UDC: 6:21-313-291-M67

L.-'~ t- L ~ _' -_ I I-
ACC NR,AP6025598
cf-I
excitation winding. The rotating contact ri).-ig is mounted on the rotor. To assure
stable operation, the machine is provided with a fixed contact ring which serves
as a current carrier and an auxiliary contact ring which covers both rings and is
rotated by a separate drive. Orig. -art. has: I figure. [IV]
SUB CODE: 10/ BUBM DATE: 15jun64/ATD PRESS:,g'"O
Card

ACC INRj AP603586o (A, jV) SOURCE CODE uB/o4 :.3/ 60' !000/020/GG7I/G37l
iNVENTOR: Lokshin, D. V.; Neyman, Z. B.; Tsirkunenko, A. T.
ORG: none
T-LT--7: Horopolar generator. Class 21, No. 187131
SGLMCE: lzob:7eteniya, promyshlennyye obraztsy, tovarny-fe znaki, no. 2G, i966, 71
W?-,C TAGS: ellectric generator, homopolar generator
ABSTRACT:u An uthor rerrificate has been issued for a radial-type multi-rotor homo-
polar generator with rotors which revolve in opposite directions. Each rotor consists
Card
Fig. 1. Homopolar generator
1 - Rotor; 2 - upper disk of rotor-,
3 - lower disk of rotor; 4 perepherial
liquid contact; 5 - central liquid cor,-
tact; 6 -- magnetic ring; 7 rotor bearing.
&a.313.291-.133-A

ACC NR: AP603'58
of two conduc*-Ave disks separated by insulation which are connected in series by
liquid contacts along the periphery. To increase reliability and mechanical stability
the magnetic rings are placed between thq rotors (,see Fig. 1). These rings are
fastened on orte aide to the magnet yoke; their other side is u;3ed for rotor-bearing
mounting. Orig. art. has: 1 figure.
SUB CODE: 101' SUBM DAM: 15Jun64/

AU,ilhO~-,: I ine e. r
335
UC L, re a-nl u --cd` 3 --' rr-a- I Z, -- a
TI Hx*
(-~trUkLura i moto~~ika analiza va-lovoy I)i-odu-"Usii.)
Lne-_L,,~,omashinosti-o,~niE~", (Power i.laclui-,ic~ry Const ction),
j -
1957, No. 4, 20 - L3,
A B,',:', T i ~A UT ihe met-'-~oll of analysii3 of 11hu Uo,,,ul -produ-tion in lloavy
enGin.:erin6 worll~, including- boiier and turbir,,-; ,vol-kL3, i.,;
desc.L-:-'Ded and a fo-,-:.iula is d--,-ived wl-ich det--,rmines the inter-
relation betv;een vai~ious factors -in-I'll-iencir.- ovepall
production. Ap~',lic~ition of Ll.e d~rivel folmjlu is iilus-.rated
by -n.cti~al elxa.-~A(.-~,. ~Iliu over-all -roduc'u-ion i.,~ defini--,d as
th~; actuay production durin. ~i -iv--,:-~ --riod ,-,f -i::ie, irres-
,ectiv,~~ o-f ---,DzdL iS Ln
cc---ul--t-ed 2 1,~!

wma, Z.H., iazh.
Kethodii for analyziDg total production. Test..miih,, 40
no.4:74-79 Ap 160. (MIRA 13:6)
(Industrial mnagement)

bEYMNP Z.11., dotsent
,. . - -:,.. - I I I ~ " ~ ~
Indices of production and labor prAuctivity. Energomash1nostroonie
11 no.50.2-35 MY 165. (14IRA IS: 6)

t 14 (169~6-" IrF rj--, T,; C
ACC-N'R's AF6030590 SOURCE CODF: UR/0413/66/000/016/0073/0074
INVENTOR: Halenok, F. T.; Voronov, 1. A.; Chernyak, S. N.; Levitskiy, V. iCh;
Bekiielev yfv,_A.- D.~ T!elf rfna.,_~-_A. ; Neymjp, Z. Ye. Treshchevskays,
1 1. P. ~s~ta
ORG: none
TITLE: Lubricant for hiph-speed rolling of ;)Iijminum foil. Class 23, No. 184998
SOURCE: Izobreteniya, premyshlennyye obraztsy, rovarnyye viaki, no. 16, 1966, 73-74
TOPIC TAGS: aluminum foil, aluminuni foil rolling, high speed rolling, rolling
lubricant i niFrigo- ROA A. IAI a.1 f1Y0006K?A?6oA) IwOR-legor
ABSTRACT: This Author Certificate Introduces a petroleum prPAU" base -lubri-CaTnAt
containing up to 1.0% oleic acid for high-speed rolling of-aluminum foil. To obtain
high-quality surface finish of the foil without washing it before anneallng,.~C
diesel fuel oil (GOS'r 4749-49) is U3ed as the lubricant base. [HS]
/Y
SUB CODE:1/13/ SUBM DATE: 2BApr65/ ATI) PRESS: 5076
UDC: 621.892.2