SCIENTIFIC ABSTRACT MAYOROV, L.V. - MAYOROV, V.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033110011-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

NMROVS L.Y.; MIKERICE, H.S.
7bres-group method for calcuUtimg the thermalization In the cell
of a heterogeneous motor* Atom.energ. 13 no.6:563-~%7 D 162*
(MM 15112)
(Raclear reactors)

MAYOROV, L. V. et al
"The chemical binding effect on neutron thermalization."
report presented at the 3rd Intl Conf, Peaceful Uses of Atomic Energy, Geneva,
31 Aug-9 Sep 64.

MAYOROV, L.V. (Moskva)
Correctness of ore inverse Trot:en. "'hur. vych. mist. i MaT.. f--'z.
5 no.2:363-365 !.!---Ap '65. 1 !~,- - E : z~ ,

MATOROV, M.
Industrial efficiencv resources are inexhaustible. Sovo
profsoiuz7 7 no.12:15-17 Je '59. (MIRA 12:9)
1.Sekretarl Vladimirskogo obkoma Kommunisticheskoy partli Sovetskogn
807was
(Vladimir Province--Industrial efficiency)

MILY-OWN.-I B.Aft
Designing gating system of die-cmwting molds for molding
therawsetting materials and industrial resins. Av.prom. 26
noe,8:50-54 Ag 157. (MIRA 15:4)
(Plastics-Holding)

MkMWV. N.Y.
w7r---
Semiqa"tltative method of spot test for zinc. Zap.Len.gar.iftat.
30 no.2:192-20Z 955. (MLIRA 9:7)
(Zinc) (Spot tests (Chemistry))

VATORDV, N.Y.
1% - ----
Carbonate surveying method in the case of limestone mapping. Zap.l--en.
gor.inst-30 no.2:203-209 055. (MIaA 9:7)
(Carbonates (Mineralogy))

HAYOROT. N.F.
Using the spot analysis for determining zinc and lead in a sample.
Zap. WJ 36 no. 2:101~-107 059. (MIRA 13:12)
(Zine--Analysis) (Lead--Analysis)

MAYOROV, N.F.
Semiquantitative drop method for nickel, copper, and zinc from
one batch. Zap. LGI 39 no.2:145-148 161. (KIRA 15:2)
(Ore deposits--Analysis)

MkYOFI,OV, N.F.
Technique of the analysis of veget.--ble bedding assays in
biochemical surveys. Zap. ILI 45 no. 2:107-113 163.
(MIRA 17:5)

14AY01-tovi N, W, J CApt 3d 11ank
Scheduled to defend Vablie3y his dissertation, "The Exploitation,
Destruetion, aDd Impaverlebment of the Majority of the Population of
Capitalist Countries: The Means of Insuring Maximm Capitalistic Prof-
its.* for the degree of Candide of Economic Sciences, at the Military-
Political Academy iment Lenin, on 28 September 1954. Krasnays Zvezdav
Moscowp 15 Sep 54
SO: MN 291, 2 Dec 1954

mf~xc-Rov, N e,
18(5) PHASE I BOOK EXPLOITATION S 011/13 4 7
Korotkov, Konstantin Petrovich,, Nikolay Pavlovich Mayorov,
-1ch
Aleksey Anotollyevich Skvort6bo'V~~~~~
Akimenko
Promyshlennoye primeneniye siepre--yvnoy razlivk:L stali (Industrial
Applications of Continuous Casting of Steel) Leningrad,
Sudpromgiz, 1958. 150 p. 2,200 copies printed.
Scientific Ed.: Malakhovskiy, G.V.; Ed.: Shwarak, Ye. N;
Tech. Ed.: Frurikin, P.S.
PURPOSE: This book Is intended for designers and technologists
worldng in the field of the cornt-i-Wuous casting of steel. It
may also be useful to students at metallurgical institutes and
tekhnikums, as well as to eagineers and technicians.
Cavd-lyt&-

Industrial Applications (Cont.) SOV/1347
COVERAGE: The book gives an account of the experience gained at
the "Krasnoye Sormovo" (Shipbuilding] Plant (in Gorlkiy] in
the operation of industrial equipment for the continuous
casting of steel. It is stated that by 1960 the production of
steel in the USSR by this method will increase the annual out-
put of rolled steel by 1,000,000 metric tons, with an expected
economy of about 2 billion rublea. Among the advantages cited
for this method are the absence of shrinkage cavities and
elimination of laborious teeming operations. The "Krasnoye
Sormovo" Plant put its continuous-casting installation, said
to be the largest of the few existing in the world, into
operation in 1955. The plant management is planning another
continuous-casting installation, and "many more" Soviet plants
are scheduled to be so equipped. The book is based not only
on the practice and experience of the "Krasnoye Sormovo" Plant,
but also on work done at the Nauchno-iasledovatellskiy
institut chernoy metallurgi (Scientific Research Institute of
Ferrous Metallurgy) and at the Gorlkovskiy politekhnicheskiy
institut (Gorlkiy Polytechnic Institute). No personalities
are mentioned. There are no references.
Card 2/6

AxnmM, A.D., kand.takhn.nauk, dotsent; SKMRTSOV, A.A.; kand.takhn.rukv ,
dotsent; MTORDY9.F.P., InZho
Power conSuaption aspects of continuous steel pouring equipment.
t2T. V7GUeheb92VLV*; energ. no-5:60-64 My '56. (MIRA 11:8)
I,Gorlkovskly politekhnicheekly institut imeni A,A. Zhdanova (for
AklmenkoI Skyortsov). 2.Zavod "Krasnoye Sorvovo" (for Mayorov).
(Blootric power) (Steelwork~-lquipment and supplies)

PHASE I BOOK EXPLOITATION SOV15383
Anstoliy Dmitriyevich Akimenko, Konstantin Petrovich Korotkov., Nikolay Pavlovich
Mayornov., Aleksey Anatollyevich Skvortsov., and Lev Borisovich Shenderov
I---
Osvoymiye i.,epreryvnoy razlivki stali (Mastering the Process of Continuous Steel
Casting) Leningrad., Suapromgiz) 1960. 225 P. 3p700 copies printed.
Scientific Ed.r G.V& Malakhovskiy; Ed.t M.A. Aptekman; Tech. Ed.s R.K. Taal.
PWOSEs This book is intended for designers and process engineers of continuous
steel-casting plants and for staff members of scientific research orgm.izations
engaged in the investigation of the continuous caBUng T)roeess. It may also be
used by students specializing in this field of metallurgy.
COVERAGEt The authors discuss results of experience in setting up and putting into
operation the first industrial plant for continuous casting of steel at the
'"Krasnoye Sormovo"Warks. Attention is also given to an investigation of the eon-
tinuous casting process and to the design of the second continuous steel-casting
plant which is now under construction at the same works. In 1958 a group of
staff nmubers of the Novotullskiy and Sormovo Warks,(G.V. Gurskiy, M.D.
Gritsun, V.A. Ka2anskiy, N.L. Komandin,, K.P. Korotlov,, N.P. Mayorov,.
car

L 37209-66 EWT(m)/EWP(j) RM.
MC N R
Ap6ol4412 SOURCE CODE: UR/0062/66/000/004/0746/0'114-,77I
AUTHOR: )3erlip, A. A..; Gafurov,, Kh. M.; Mayorov, N. S.;
(decease-dl-
ORG: Institute of Chemical Rhysigg. Ac-3demy of Sciences SSSR (Institut
khimicheskoy fiziki Akademii nauk SSSR)
TITLE: Effect of local activation in zone melting of polynuclear aromat I 'ic
hydrocarbons I
SOURCE: AN SSSR. Izvestiya. Seriya khimicheskaya, no. 4, 1966, 746-74(i
TOPIC TAGS: polynuclear hydrocarbon, anthracene, chemical purity,
paramagnetic material, zone melting
ABSTRACT: The possibility of using zone melting to completely purify
condensed aromatic hydrocarbons of ara agnetic particles (FP) was
investigated. Synthetic anthracen stiTl contained 1014- 101-~ PP per gra
after zone melting and PP were found in samples which had no detectable
PP before zone melting. Similar observations were made with p_yrene a
it, ~nd
s3
fluorene. Apparently PP are formed in the zone melting procEss its lf,~
hence zone melting will not free polynuclear aromatic hydrocarbons of
PP. Orig. art. has; 1 table and 1 figure.
SUB CODE: 07/ SUBM DATE: 16Aug65/ ORIG REF: 005
UDC: 538.113

15-57-12-17198
Translation from: Referativn y zhurnal, Geologiya, 1957, Nr 12,
p 67 (USSRT
AUTHORS: Akhmerov, D. Kh., !~ ~Yoro~v
TITLE: The Petrography and Causes of the Variations in the
Granitic Rocks in the Small Intrusives of Sarymat
(Petrografiya i prichiny raznoobraziya granitoidnykh
porod barymatskikh melkikh intruzivov)
PERIODICAL: Tr. AN TadzhSSR, 1956, Vol 58, pp 86-93
ABSTRACT: Three intrusive granitic rocks, cutting Upper
Silurian deposits, occur in the lower course of the
Sarymat River (left-hand tributarK of the Archa-
Maydan, Zeravshan River basin). plite veins cutting
skarns, are found along the left band of the Lrmat
River. By far the greatest number of the Sarymat in-
trusive rocks are granodiorites, which grade into
Card 1/3 quartz diorites at contacts with limestones. In

15-57-12-17198
The Petrography and Causes of the Variations (Cont.)
districts where skarns are developed, granites and quartz monzonites
are encountered. Compared to the granodiorites, these rocks are not
widespread. The granodiorites are compbsed of plagioclase oligo-
clase-andesine, rarelT andesine, quartz, microcline without grid
twinning hornblende with extinction angle to Ng from 160 to 190
Ng-NP - 6.030-0-038),, and biotite. Pigeonite and tourmaline are
found at the contacts with skarns. The chemical composition is Si02
64.68 percent, Fe203 1.34 percent FeO 3.37 percent, T102 0.70 per-
cent, NInO 0.16 per ent, A1603 14 '61 percent, CaO 3.66 percent,
MgO 2.33 percent 1120 3.2 percent, Na20 2.94 percent, others
3.75 percent, H26 --; total 100-74 percent. The quartz diorites,
facies varieties of the granodiorites, consist of plagioclase,
potassium feldspar, hornblende, biotite, and quartz. Diopside,
hedenbergite, actinolite, and pigeonite are found in some specimens.
Tonalites, developed at the contacts of granodiorite and skarn,
consist of oligoclase-andesine, brown homblende, brown biotite,
quartz, and potassium feldspar. The granites, encountered at the
Card 273

15-57-12-11198
The Petrography and Causes of the Variations (Cont.)
contacts of intrusive bodies with shales and in areas of skarn
outcrops, consist of orthoclase, quartz, plagioclase, hornblende,
and biotite. These granitea were apparently formed by pneumatolytic-
hydrothermal metamorphism. The quartz monzonites have a somewhat
greater content of potassium feldspar and dark minerals than the
granodiorites, and a markedly smaller quartz content. The aplites
contain oligoclase, orthoclase, and quartz. The sequence of sepa-
ration of derivatives from the magma was aplites,.pegmatites, lampro-
phyres, quartz veins, and ore segregations. The change in compo-
sition of the magma from granitic to granodioritic, the occurrence
of quartz diorites at the contacts of granodiorites and limestones,
and, apparently the formation of tonalites are the results of
assimilation. buring metamorphism such secondary rocks as granites
and quartz monzonites were formed.
Card 3/3 0. V. Bryzgalin

AKHMKROV, D.Kh.; MAYOROV, H.V.
Vein rocks In the Chinarsa7ekly intrusives Trud7 AN Tadsh. SSH
77:113-134 157. (MIRA ligg)
(Zeravehan Range-Mineralogy)

IMOMOV. V-K.; KAXOROV, O-N-; BELOV. Tu.S.; RUBOV. Yu.N.; MALAROV. A.B.
Formation of stationaz7 vaves on pneumtic tires at high rolling
ppee&.. Kauchi rez. 19 ne.12.*40-44 D 160. (MIRA 13:12)
1. TaroolavBkiy shinnyy savodo
(Tires, Rubber--Testing)

SMMMV. V.; GRIIEZRG, I., inzh.; LUK IYANOV, V., inzh.;
inzh.: MDRKOVIN. G.. inzh.
Against conservatism in technology and mech~Lnical engineering.
BTO 2 no.4:32-35 Ap 160. (MIRk 13:6)
1. Predeedatell Boveta pervichnoy organizateii Hauchno-takhnicho-
skDgo obahchestva konstraktorskogo byaro mashinostroitelinoy
promyBhlennosti. Moskva (for Semenov). 2. Chleny Nauchno-tekhni-
cheskogo, obshchestva mashinostroitellnoy procphlennosti. Moskva
(for Grinberg, Luklyanov, Mayorov, Morkovin).
(iactory management--Technological innovations)

PHASE I BOOK EXPLOITATION Sav/4896
floskovakly does nauchno-telshnicheszoy propagandy Imenl
Is. Z. Dzerzhinsicogo
Avtomatlchevk~re rotornyye linil - aredstvo kompleksnoy avtom3tizat3ii
prolt.odat" (Rotary-Transfer-Pachine Lines- Means of Full
Automation ci Production) Moscow, Maahgiz, 1960. 2;11 p. r0. 000
copies printed.
Ed.; L. S. goahkina; Ed. of Publishing Houses I. Vm3ll'yeva; Tech.
Id.s 0. V. Sw%rnova; Managing Ed, for Literature on )isstalworking
and Rachine-T"I Makings V. 1. Kitin, Engineer.
MRPWRz the booic In Intended for technical personnel In the machin-
ory Industry.
COVERAOS: This collection of articles explains the pripelples or full
Automation based an the use of rotary transfer machines In varlou
Ind- tries. The rotary operational transfer machines used for ba:Ic
processing are discussed, and also the special power equlp~ont and
assolossorisus fw the" asashines and CProdustlon) Lima. So Personalities u,t
sestLacd. Tmrw we - ref.rws.
jLosh Basic Problems In the Pull Automation of
Product Kanufacture 3
jj,dOrezqj._L,_A, Installation and Working Principle Of
lrdtois for Inspection Operations 62
Anchkov, Yu. A. Rotors ror Regular and 'Hersetic" Coating 76
a,go or Lo... and Ll,uld Materials In 85
Grinberg. 1. 1. Rotors for Assembling and Packing 94
Quotov, A. A. Rotors for Transfer and Feeding 108
PART JI. SPECIAL PGW3R EQUIMNT AND D--gCZS FOR ROTA-RY
TRAX3PZR MACHINS LINES
119
-An-dreyev, A. 0. Mechanical Rotors
jhmgIevssjCIZ, V. V. Hydraulic Drives for Rotors 133
Zqjy& ea. A._p Electric Devices ror Rotors (Used) for
-L6Aj;oZcfj~0-nOQj7n& Operations 148
P.dOtOv N A algh-prequency Electric Equipment for
-vtRFr-;--fff~`ad--F-f0--r Heat Treatment 162
ZaZr#jftjShjj0.v~ V. X, Squipment for Rotors [Used) ror
-Thermochemlcal rrOVIVOIlIng 177
PART III. SPECIAL ROTARY TRANSFER RACHrl(E LINES
3emon9m,-Y.-N, Automated Multiproduct Rotary Transfer 185
'WaW-Ns Line for Manufacturing or Plastic Articles
Chagin, V. P. Assembly Line ror 38 mm Pitch Boller 196
Soicolgy__Y--.S- AutossatIC 80t:r -Trardrer Machine Line for
,Me-?Qjhufactura of Welding 31 arodes 209
AVAILABLZI Library Of Congress (Till8g.M6) VX/dwm/O8
cam 4/4 4A4/61

MAYORCV, P.Ye., inzh.
Fundamentals (,lf tnt neLiin -' ru-,-,r2 for the oroportic-ninj7 by -ecirme
and weight of pm-rdorn;1I ~,7!,nullae mAterialn. Trudy '111,11
,62. (VdRA 17-.2)

MkYOROVP S. (Ki-movsk)
Axlelesa variable capacitor. PAd4.o no.907-38 5 164.
(?/JRI! 1-7,'2,

96/m GS

I S. F.
AYOR S.A. and VORGITLOV)
M
---,~~Vl -- -
1 "1
J- TvjCr.,~ Ba, I Bear.' ngs . ~Tcri- : ,, '-,~ ( " ., ') - )
Tr.6 trl,

PAYOROV, S.A.. kandidet tekhmichemkikh nauk.
_
Slip in centerless grinding. Vest.mah. 35 no-12:34-37 155.
(mm 9:5)
(Grinding and polishing)

AUTHORS: Mayorov, S.A. and Slomyai-skiy, G. A.
TITLE: On the gyroscopic effect and rotation of I J r,
ball bearings. (0 j~iroskopicheskozm effekt~, i -v, F. i
sharikov v sharikopodshipnikakh).
PERIODICAL: Izvestiya Akademii Nauk SSSR, Otdeleniye Te.1--ftr1ict,.es1:i,.h
Nauk, 1958, No.2, pp.58-63 (USSR).
ABSTRACT: In previous work, knuvm to the author, tle of
balls in a ball bearing caused by gyroscopic forces has
been considered only in thrust bearin~,S. Ii, the pres~-,nt
paper an anLular contact ball bearing is the sul,ject of
analysis when high speed causes appreciable ceiitrifut:.al
forces on the balls and the outer race ic statianai~y. On
the assumption that the an6ular velocity of the ball for:~1-,i
a small angle with the line joininG the contact points
between the bEll and the inner and out-.1-1 e,--- a jj E- e
of geometry considerations considei-ed in '-e p-.-.j-1t.,r, th-e
an-ular velocity of ball spinning about itE, ,;n
LD
of cage rotation are derived, Eqs.(11) 0 -1-le
gyroscopic moment i-- found and the iaini..,ium be~;-L~_ lo,'id,
below which sliding begins, is obtained. These 'ormul~,e
coincide with the thrust bearing expression foun(. --7
Card 1/2 P&gren. The limiting values of bearing,, load beyo,-- ihich

On the gyroscopic effecL and rotation of the b;-ills iii 1,,ill
slidinE under the action of ,,yroLcopic
destructive are found ~n the basis of Lj sp(i(~if.3c 1~:.21
loadini~ of 0.008 kg/mm In an exa_-Tle of L-n
bearinG of 1.588 ma bore, rfl-~a o.d. OT-'er- -iL
24 000 r.p.m. the apex half-aji~,Ie of ljlir- rol-,e
to the outer race trick is 12u and tli.,~:
ensure that ,Yroscopic forces are
thouL,h only ~v'iLh a marcjn. In ano,,---,r `,,C:;-,1:_i,1; of
3.175 m;--1 bore 10-055 o.d. 30 000
the 6yroscopic :31idi~aL, of thu ballL; v,3
ef fecl. T~-e spirminL~ of t~.- b~,IlFz ;~Lu(l-( t'.c n
thr(~,u!:,:- tb~l~l -L-".,.o coytact poiiit.,: ir~
also leu,l t.,~ r~qjid .,-e a r.
There ~jre 3 fiiuru'~ !"a'' 2 Ru,~;sian
SUBMITTED: August .20, 1957.
AVAILABLE: Library of Congress.
Card 212

25(21) SOV/119-',6-11-14/15
AUTHOR: ,!a-,orev, A., Candidate Tectaiicql Sciences
TITLE: A~.-aratus tr-o- *~ ion in the Ciiinese People's Republic
(Priborostroyeniye v Kitay.-koy Marodnoy Respublike)
PERIODICAL: Priborostroyeniye, Nr '1. PP 31-31 (USSR)
ABSTRACT: P.1ready at t.~e end of 1949 ten factories for the construc-
','-'on of apparatus Laid devices were re-organized. They mainly
priJ,-iced mechanir:al measurirg inotruments such as micrometers,
indica'kcrE. -zalibe:-3, oi,firal dev~-.es, such as biological
micr3scopes, thecdolites, mction.-picture projection appara-
tus-, opti.~:ai r7l,-.6ses, elucti-ical indicating devices, such as
ammeters, voltmett?rs. freq,,:Pn7y-T,-.eters, meteorological, hydro-
te-hnical, ariC-. 7iedi-*-.1 hit;h-precision instruments.
Firms manufacturin-g ap;~aratus are linder the supervision of
the corresponding main ad-i-istrations in the ministries.
From 1953 tc 1956 about 300 000 electrical high-precision
inst--urients were im,)ort,pd from other countries. In 1958
already ~60 000 of suc-1, devites were produced in China. The
crganization and levp-ol,ment, cf a rew apparatua-building in-
Card :12 .,JtstTl~ was tump-~,red ,F,_ t irul -_irlY )~~.y the lack of experienced

SOV/119-58-11-14/15
Aplaratus C,'~nnr,ict _*)n 4-n 'Kr~ Chinese .' eo.: le's Republic
en..-ineern. 71c-w .he first erif-ineers for apparatus construe-
tion who .-rerF, trained ir, China have already graduated from
Chinese lln.lversitie8. A further obstacle hampering develop-
ment io tl-e lack cf a i.niform system of weights and measures in
China. '"his di_~,adva!-Aa,- must, lho-..vever, be remedied by the
Staie. According to tiie 5-year ;Ian 10 new factories are to
he buil.41. Al T)3-e-ent , heated di,3cussion is going on as to
whether smal", An,l speci-all-tved or large i!niversal factories
should be 'biiil'. In a number of already existing factories
the prod~_~oti(,n prroess is ar, present being modernized. The
of standar.-I.IzP-1 ninjle parts as e.g. permanent
-e n,fac-,uiel fur the entire Republic by one
fa~;tcry -)n1j. suitalt,ili%' -f devices for use in tropical
11,rn,s t~ie obJe(L )f special studies. There is 1
Card 212

3/146/60/003/005/017,/017
B019/BO54
AUTHORS: a Qx~_ ---.,Khu Dzyun-guyen
TITLEt Calculation of Raw Material Dimensions for Membranes of a
Complex Geometrical Form
PERIODICALt Izvestiya vysshikh uchebnykh zavedeniy. Priborostroyeniye,
1960, Vol~ 3, No. 5~ PP- 136 - 142
TEXT: The authors suggest an approximation method for determining the
dimensions of raw material for elastic elements of a complex structure.
They deal, in particular, with corrugated circular membranes which are
normally worked out of circular plates of the diameter D', and the thick-
nes-s h According to N. V,, Polyakov, the mean thickness of the finished
workpiece is indicated with h 5 , (1-05 - 1~15)h mean' On the premise that
the finished membrane has no corrugation on the edge, and that thickness
fluctuations of the material can be neglected, formulas for D 3 are derived
for vario~us membrane forms. Results are summarized in Table 1. Plate
Card iA

Calculation of Raw Material Dimensions for 5/146/60/003/005/017/017
Membranes of a Complex Geometrical Form BO19/BO54
diameters determined by theae formulas showed errore of 12-15% as compared
with practically tested plate diameters. The publication of this article
was -recommended by the Kafedra tekhnologii priborostroyeniya (Chair for
the Technology of Instrument Construction). There are 5 figures, I table,
and 2 Soviet references.
ASSOCIATION: Leningradakiy mekhanichegkiy institut (Leningrad Mechanical
Institute). Kharbinskly politekhnicheskiy institut (Kharbinsk
Polytechnic Institute)
SUBMITTED: September 25, 1959
Legend to Table 1!
1) membrane form, 2) formulas for calculating D
Card 214

S/146/60/003/005/017/017
B019 B054
BH.au mem6paii PavicTuas +opmyia ami otilmaeacimsi pa3NlCpOB 3arOTORKH
n
-op
8a IN
d -C
AL M -a
f 4 11 (2 n I) DI, - 2 i((i+l)a+iat)
8 H
1-)2
D3 p - D
sin 2n

~d.
~j
S/146/60/003/CO5/017/017
B010054
D,=y h, fD? rj2 + (d -2 a)2 -4- 8H 4-.) [,,D,, _Dp7-_tl 1(2i-1)
.
,V TI- k ~. p 360 2 n
A Ob
d-4
B
D~ 2
D,, -D2 4- (J24- 87:r[nDP-4 r(2 1 - 1)])
p
f
(D2 - D2 + 0 - 8:t (Dp-2 r)
h, D-d n' r,2 H
D-D'-~-,j2-j--'j6 nDp--~-,~j(2i-1)]fl4- Cos 0 d 0,
h, p 2 ~Y

- - TKALIN, Ivan Mikhaylovicb; SHTRUM, Viktor.Llvovich; MAYGROY~,,S.A..._
kand. tekhn. nauk, retsenzent; B1SkHS11TEYN, i~zh., red.;
SODDIEVA, Ye.M., tekhn. red.
[Automation and mechanization in the manufacture of electrical
instrumpnts]Mekhanizatsiia i avtomatizatsiia v elektropriboro-
stroenii. Moskva, Gosenergoizdat, 1962. 331 P.
(MIRA 15:12))
(Electric instruments) (Automation)

BALASHOIFI, Yevgeniy Pavlovich; MAYOROV, S.A.,, red.
(Pull-current magnetic memory device using diode-
magnetic core memory cells] Folnotochnoa magnitnoe
zapominaiushchee ustroistvo s ferrit-diodnoi iacheikoi
pamiati. Leningrad, 1964. 18 ~. (MERA 17:11)

L 01988-67 EWT(d)/FAT(l) IjP(c) BE/GG
ACC NR3 AM6004713 Monograph R/
Mayorov, S. A.
1~1/
Technology of computer manufacture (Tekhnologiya proizvodstva vychislitel'nykh
miash1h) Moscow, Izd-vo "Mashinostroyeniye", 1965, 410 p. illus. biblio. 10,000 copies
printed.
TOPIC TAGS: digital computer production technology, computer reliability, micro-
circuit, electron beam, plasma beam, electron treatment, ion beam treatment, ultra-
sonic treatment, laser treatment, integrated circuit, ferrite,magnetic film, in-
crusted assembly, printed microcircuit
PURPOSE AND COVERAGE: This textbook has been approved by the Minis~ry of Higher and
Special Seconiary Education of the RSFSR for students of instrument-engineering
specialties in schools of higher education. It may also be useful to engineers and
technicians working in the field of instrumentation and automation. The book deals
with theoretical and practical foundations of manufacturing computers and industrial;
conWol machines using semiconductor and ferrite elements. Principles of such pro-
gressive technological methods as electron-beam treatment, accurate reproduction
of electronic circuits, production of integrated circuits, etc., are discussed, as
well as the assembly and field-test methods of digital computers.- F. G. Staros.
T. V. Berg A. M. Skvortsov L. G. Frolova, M. S. Lur'ye, B. V. Gutman N. A.
Sibiryakova N. G. Khitrikova, T. V. Mes'kin, R. T. Shileyko,, S. A. Laptev, and
R. A. Lashevskix assisted in preparation of the manuscript. There are 70 references:
_3'Z_9_0=Vet and 18 non-Soviet.

L 01988-67
ACC NRo AM6004713
TABLE OF CONTENTS:
Foreword 3
Part One General and Theoretical Problems of Digital-Computer Manufacture -- 7
Ch. 1. Basic concepts and definitions -- 7
1Developmental stages of digital-computer manufacture -- 7
2Influence of microelectronics on the production technology of complex electronic
systems -- 8
3Basic concepts and definitions -12
4Factors influencing construction and technical-economic indices of digital-
computer production technology -- 14
5Basic principles for developing technological processes -- 15
6Reliability of digital computers -- 16
45
Ch. II. Technological methods of securing high-reliability digital computers -- 27
1General technological requirements for the constructim of digital computers -- 27
2Dimensional and physicochemical interchangeability of elements, microcircuits,
units, and whole machines -- 28
3Principles of securing high accuracy and reliability of technological processes
and controlling their stability -- 33
Card

L o1988-67
r AC6 NR. AM6004713
Ch. III. Brief physicaloprinciples of electron-beam and plasma-beam technology 39
I.Determination and classification of methods of electron treatment -- 39
2 Electron-beam treatment -- 39
3 Electrons and electric-field interaction 44
4 Electrons and magnetic field interaction 47
5 Electron-beam melting 51
6 Zonal melting -- 54
7 Electron-beam welding 61
8 Ultra-precise dimensions in processing materials -- 63
9 Film and multilayer coating deposits -- 65
10 Methods of electron technology based on particle orientation in a strong electric
field, and their application -- 66
11 Brief information on the ion-beam treatment method -- 70
Ch. IV. Application of electrochemical, optical-electronic, and other methods in
the manufacture of digital computers -- 72
I Accurate circuit-reproduction methods -- 72
2 Outline of the technological process in making masks -- 74
3 Peculiarities of pulse-exposure application -- 75
4 Electroerosion method of treatment -- 77
5 Coded-disk production methgos -- 81
6 Automatic production of function-generating CadW disks -- 89
7 Ultrasonic treatment methods -- 94

'1 01988-67
ACC NRs AM6D04713
8 Laser bean as the means of material treatment
9 Process flow for producing light-weight mickominiature elemento -116
Part Two - Physicechemical. Principles of Integrated Circuits. Production Technology o4,
Digital-Com*uter Standard Elements
Ch. V. TechpDloXy of thin-film integrate-d-circuit production -- 123
A Brief physicochemical principles of the technology of films -- 123
B MeOwde of 4taining film in vacuum -- 137
C Technvlogy of Standard elftents for integrated-film electronic circuits -- 169
Ch. VI. Technologi*cal peculiarities of semiconductor integrated-circuit production
I Introducpion to the physicochemical-principles of technology -- 186
2 Integrated-semiconductor circuit-production methods -- 196
3 Epitaxial growth of semiconductor circuits -- 209
4 Chemical-transfer reaction method -- 214
Ch. VII. Characteristic features of technology in the production of magnetic elements.
for digital computers -- 216
A Structure of the ferrite-element production process -- 216
B Structure of the magnetic-film production process -- 249
Part Three - Assembly, Adjustment, Control, and Standard Tests of Digital Computers

L 01988-67
ACC NR, AM6004713
Ch. VIII. Method of Assembling diSital-computer standard elements and units -- 263
1 General information -- 263
2 Methods of assembling digital computers -- 264
3 Methods and means of digital-computer semiconductor-element control -- 268
4 Regularities in the technological spread of parameters in semiconductor devices-268
5 Technological effect of transistor-parameter spread on the reliability of digital,
computers constructed with direct-coupling circuits
Ch. IX. Methods and means of digital-computer assembly
1 Wall-mounted assembly
2 Incrusted assembly. Flexible tapes and microprinted windings 305
3 Printed circuit -- 310
4 Peculiarities of printed microcircuit-production technology 338
5 Soldering -- 343
6 Welded circuit-production methods -- 348
7 Making contact by means of Kontaktal' -- 350
Ch. X. Assembling and adjusting of standard elements, devices, and whole digital
computers --- 352
1 General informaLic, -- 352
2 Outline of assembling, adjusting, and field-testing of standard mountings -- 353
3 Principles of assembling standard units of digital computers -- 362
4 Adjusting a standard digital-computer unit -- 369

'L 015~38_67
ACC NR. AM6004713
5 Peculiarities of standard-module assembly -- 375
6 Peculiarities of grouping the circuits on thin films -- 379
Ch. XI. Methods and means of digital-computer control -- 384
1 Functional control of modules -- 384
2 Functional control of mounting plates -- 385
3 Methods and means of digital-computer control -- 387
4 Peculiarities of digital-control computer field testing -- 400
5 Standard tests of digital computers -- 402
Bibliography -- 406
5W 8 C 00 E a q SUM VA-rIV lojuI45' ORJ6 )?EC,' ".;I-/ 'OrH 'VwA-"
fv
Card A/A

MAYOROV, S.A.; YMITEYEV, F.Ye.v prof.t retsenzent; TUDOROVSKIY,
-'-?MV,~ kand. tekhr.. nauk, red.
[Technology of the manufacture of' computers] Tekhnologiia
proizvodstva vychislitellnykh mashin. Moskvap Mashi-no-
stroenie, 1965. 410 P. (14IRA 18:9)

USSR / Farm Animals. General Problems.
Abs Jour: Ref Zhur-Biol., No 12, 1958, 54695.
Author : JjLyorov, S. 14.
Inst : No_t--gI7VPM-.
Title : On the Nutritive Value of the Cottonseed 14'eals
as Feed of Farm Animals.
Orig Pub: Tr. Kostromsk. s.-kh. in-ta, 1957, vyp. 1, 104-112.
Abstract: On the basis of experimental studies, it was es-
tablished that the poisonous effect of feeding
cottonseed meals to farm animals depends on the
hemolytic properties of gossypol which they con-
tain. The process of hemolysis takes place as
a result of the adsorption of gossypol on the
surface of erythrocytes (swelling of erythro-
cytes), gradual diffusion of the adsorbed gossy-
pol into erythrocytes, and their disintegration.
A direct correlation between the rapidity of hem-
Card 1/2
7

I USSR / Farm Animals, General Problems. Q-1
Abs lolir: Ref Zhur-Biol., No 12, 1958, 54695.
Abstract: olysis and the concentration of the acting gossy-
pol, as well as the depressing action of zinc
sulfate on the hemolytic destruction of ery-
throcytes by gossypol, was noticed.
Card 2/2

Prinimali uchaBtiye.- NAZAROVA, Zh., student; STEPANOVA,
MAYOROV -1.
T.F., student; KUZNETSOVA, G.P., student; KALINDIA, S.A.,
student; SAKHRMO, A.M.; student; CBERKASHCHRIKO, V.I.,
student.
Content of vitamin C in onions of the Romanovskii and
14sterskii varieties. Vop. pit. 22 no.lz8"O Ja-F'63
(MIRA 16:11)
1. 1z kafedry khimii (zav. - dotsert S.Ne Mayorov) Kostromsko-
go pedagogichoskogo instituta i iz Wedry khimii Cherkazakc-
go pedagogicheskogo instituta.

M&YOROV, S.F.
laying steamipes underground. Inergetik 1 no.4:18-19 3 15).
(MLaa 6:8)
(Steamp ipes )

MAYOROV, S.P.; CHUDNOVSKIY, D.M.
Development of the precast reinforced concrete Industry in
Moscov. Bet. I zhel. -bet. no.8:301-304 Ag 157. (MIRA 10:10)
l.Nachallnik Glavmoszhelezobatona (for Hayorov). 2.Nachallnik
planovo-ekonomicheskogo otdela Glavmoszelezobetona (for Chudnovskiy)
(Moscov--Precast concrete)

KAYOROV61zu....,~_ -
Measures for improving the quality of production at the plpnts of
the Moscow Chief Administration of the Reinforced Concrete Industry
Gor.khoz.Hosk. 31 no.6:1 Je 157. (MLRA 10:7)
1. lachal'nik Glevmoo2helesobstona MoBgorispolkoma.
(Moscow--Concrete plants)
.0

h-JOW, WvA4 - ', CHUDITOVSKIY. D.M.
Some results of and prospects for the expansion of the precast
reinforced concrete industry in Moscow. Gor. khoz. Moak. 32 no.9:1-4
S '58. (MIRA 11:9)
l.Nachallnik Glavmoszh elezobetona, (for Mayorov). 2.Nachallnik
planovo-ekonomicheBkogo otde la Glavmoszhelezobatona (for Chudnovskiy).
(Moscow--Precast concrete construction)

MAYOROV, S.P.
Industrial sulTly base for large-panel housing ccristruction
In Moscow. Bet.i zhel.-bet. no.6:251-2,53 Je 160.
(141RA 13: 7)
1. Zameatital' nachal'nika Glavmnsj;rnmstro~rmterialov.
(Moscow-Precast concrete)

HAYOROV, S. V.
NObturation of Inminous Flux In Motion-PIcture Projector." Thesis for degree of Cand.
Technical Scl. Sub 28 SePt 50, All-Un4on Sci Rmim Inst of Cinemptogranhy
Summary 71, 4 Se-n 52, Dissertations Presented for DegTeer in Science and Engineering
In Moscow in 1950. From Vechernvaya Mopkva, Jan-Dec 1050.

BEZSOIJDV. P.A. (Moskva); BELYAYFV, V.I. (Kolomns); BM&TITUrv. P.A.
(Orenburg); KABANDV, G.I. (Melekess); MAYOROV -S-Y--~-(Hoskva);
PerwBkoy oblasti);
HMVIN, K.S. (Poskva); PRXMI.,V.G.. Kb
SIKORSKIY, K.P. (Y4skva); TARASYUK, V.Ye. (Kiyev); MUBIB, R.A.
(Samarkand).
Discussing plans of programs. Mat.v shkole no.1:4-24 Ja-F 160.
04M 13:5)
1. Zaveduyushchiy kafedroy vysshey matematiki HoskovBkogo instituta
khimicheskogo mashinostroyeniya (for BezBonov).
(Hathematics-Study and teaching)

MIZYURIWJ, S.R., kand.tekhn.nauk; KUZNETSOV, Ye.A.; MAYCROV, S.V.
Reciprocating parametric motor. Trudy MAI no.133:113--119 161.
(MIRA 14:5)
(Electric motors)

MAYOROV, V.D., inzh.
Oil-filled speed relay.
Ag 962.
4--kh.i avtom.proizv.
(Automatic control)
16 no.8:27-28
(MIRA 15-9)

aMV,,, G. go # I .#'BOVIN, A. I., BRV-EJKHOV, S.A., ILI IN, B.A., " py,
PASYUTIN, I.A., RAYW., O.A., ROOS I. L.V., NIKIFOROV,. A,S.. red.; .
GORYUBD:VA, P.X., red. lzd-va, SUSLINIKOVA, L..I., red. izd-v,a,
SHMOVA,#L.,A.. red. 12d-va,; BACMJRIWA. A.M.0 tekhn. red.
[Forest industries in Canada] Lesnaia promyshlennout'Kanady.
Moskva, Goelesbumizdat. 1957. 246 o. (MrRA 11:11)
(Canada--Lumbering)

DOLGOV, A.I.; MAYOROV, Y.F.; PETROVSKAYA. H.H., red.; SHWINHEIKO.
U.N., red.; KOIA)MZM, V.Z., tokhn.rod.
(Production and use of laminated short-plank panels in
Canada] ProizvodBtvo i primenenia kleenykh panelei iz
korotkikh dosok v Kanade. Moskva, TS8ntr.biuro tekhn.
inforimtaii Glavstandartdoma, 1959. 34 p. (MIRA 13:1)
(Coaada--Plywood)

MAYOROV,--V.F,.,.kapitan 2-go ranga
-- ------ --
Ill-eparing calculationa for submarine chasers and submrira boats
in tactioal training centers on shore. Mor. sbor. 46 no.7:59--63
Jl 163. (MIRA 16:11)

MAYMOV, V.F.
lxi;,is ()f tia(::u:
4
kr

MAYOROV, V.F.
Introduction of new equipment in the enterprises of the lumbering,
woodworking and paper industries. Biul.tekh.-ekon.infom.Goo.nauch.-
issl.inst.nauch.i tekh.inform. 18 n0-1:46-49 Ja 165-
(MIRA 18:4)

S/080/61/034/001/006/020
2200 1 01,13, 1 1 C) 45 A057/A129
AUTHORSt Goroshchenko, Ya.G., Babkin, A.G., Mayorov, V.G., Fedyushkina, S.A.
TITLE: Continuous Separation of Niobium and Tantalum by Extraction With
Cyclohexanone
PERIODICALs Zhurnal Prikladnoy Khimii, 1961, Vol. 34, No. 1, PP. 43-49
TEXT: Based on previous investigations [Ref.l: Ya.G. Goroshchenko, M.I. An-
dreyeva, A.G. Babkin, ZhPKh. 32,9,1904-1913 (1959)] on distribution of niobi-
um, tantalL-- aiiu uidrof.L)___Lc acid between diluted sulfuric acid and cyclo-
hexanone, a flow-sheet for the continuous extraction of niobium from tantalum
has been developed. The method ensures the treatment of residual solutions
obtained by conventional processing of titanium ores. In the present investi-
gations these solutions contained: H SO 340-400 9/1, (NH 180-200 g~l,
2 4 4)2S04
Nb 20 5 7-15 g/1, Ta205 1.5 g11, T102 3 4 9/1- The main process is a consec
ive cyclohexanone extraction with tantalum extracted first, because for the
extraction of niobium a considerably higher concentration of sulfuric acid
than for tantalum is necessary. The separation occurs continuously in coun-
Card I/10

S/080M~034/001/006/020
A057/A129
Continuous Separation of Niobium and Tantalum by Extraction With Cyclohexanone
terflow-extraction columns (see Fig.1) with cyclohexanone saturated with hy-
drofluoric acid. In column No.1 tantalum is extracted from the aqueous H2SO4
phase, in column No.2 from the tantalum-bearing cyclohexanone phase niobium
impurities are washed out, in column No.3 tantalum is re-extracted with am-
monium fluoride solution, in No.4 niobium is extrgeted from the aqueous H2SO4
phase and in NO.5 niobium is re-extracted with ammonium fluoride solution, in
No.6 cyclohexanone from the tantalum circuit is saturated by hydrofluoric
acid from the spent sulfuric acid solution and recirculated, while in column
NO.7 cyclohexanone from the niobium circuit is saturated with hydrofluoric
acid. Transition of tantalum and niobium salts from the aqueous into the or-
ganic phase eliminates titanium, iron and rare-earth metal impurities. Tile
scope of the present work was to determine the design of the columns and the
optimum conditions for extraction. The experiments were carried out in a
non-packed laboratory column. After equilibrium conditions were reached,
periodically (in 10-15 min intervals) samples of the emulsion were taken out
along the column (from top to the bottom). Thus the fractionating capacity
was determined and from the experimental data combined diagrams were plotted:
Card 2/ 10

-22525
S/080/61/0,34/001/006/020
A057/A129 ,
Continuous Separation of Niobium and Tantalum by Extraction With Cyclohexanone
left - extraction as function of the height of the column, right - extraction
as function of the number 6f equilibrium stages (Fig-3-6). From these dia-
grams the height of the column equivalent to one equilibrium stage and the'
height required for the extraction was determined. Corresponding to the ob-
tained experimental results in a table (see table) daia related to the de-
sign of extraction columns are given. In order to avoid linear or spiral
flow of.the liquid, it is recommended to design the mixing zone in the form
of a 11squirell cage','. The described flow-sheet permits ihe production of
tantalum pentoxide to be carried out containing no more than: T102 0.15%,
S'02 1-0~6, Fe20 O.t%- SO 0.40%, and niobium pentoxide containing no more
0.15%. The content of Nb i
than: TiO9 0-3;%,'*~02 015%, Fe2O3 0.25%, S03 nu
Ta and of ~a in Nb (*n be regulated by changing the extraction conditions.
The presented method is also suggested for extraction of Nb-Ta concentrates
and other related ra materials. In presence of chlorine ions and iron, the
latter must be elimihated to avoid extraction with cyclohexanone. There are
6 figures, I table, 'and 4 Soviet references.
Card 3/10

GOROSHCHEEKO, Ya.G.; MAYOROV, V.G.; VOROBEYCHIK, A.I.; CHELPANOV, L.G.
Rotary-ring type furnace for the sulfuration of titanium-bearing
materials. TiUn i ego splavy no.9:162-165 -63. (141RA 16:9)
(S~lfuration-Equipment and supplies)
(Titanium ores)

GOROSHCHENKO, Y&.G-; HAMOV, V-G-; FEDYUSHK.UIA, S.A.
Salting but double titanyl and ammonium sulfates from Sulll'L-Xic acid
solutions containing iron. Titan i ego spiavy no.9-.158-161 163.
(MIRA 16.9)
(Titanyl arknonium suVate)
(Hydrometa-IluP
.4gy)

S/081/61 /000/021/071/094
BI 38/B101
AUTHORS: Mayorov, V. I., Ponomarenko, V. I., Savel'yev, A, Pt
TITLE: Homogeneous pyrolysis of hydrocarbons
PERIODICALs Referativnyy zhurnal. Khimiya, no~ 21, 1961, 402, abstract
21MB6 (Vest. tekhn. i ekon. inform. N,-i. in-t. tekhn.-ekon.
issled. Gos. kom-ta Sov. Min. SSSR po khimii, no. 10, 1960,
18 - 20)
TEXI: The article reports the results obtained in working up the process
of homogeneous pyrolysis, i. e., the thermal decomposition of saturated
hydrocarbons, using a gaseous heat carrier, on a pilot plant with a
capacity of 60 kg/hr. The first series of trials was carried out with a
mixed gaseous starting material and with low temperatures for thecontact gas
in the reaction zone (7250C), The C 3H6 yield was 22 to 27.8% of the
weight of the starting material, When the temperature was raised to B250C
the C3H6 yield diminished but the C2H4 yield increased from 6.1 to 18%.
Another series of trials was carried out with the burner working on
Card 1/2

Homogeneous pyrolysis
02- enriched air blast
zone. The C 2H4 yield
given, Abstracter's
S/081/61/000/021/071/094
of hydrocarbons ... B130101,
with a temperature of about 9280C in the reaction
wan 23.1 ~ by weight A diagram of the plant is
note: Complete translation. I
Card 2/2

MALIOROVI V,I,; KON&MA3, Z.F.; MLRKEVICH,, 3.~L; TALISHM, L.V.
Homogeneous pyrolysis of a raw hydro=bon stock to ethylene and
acetylezto Xhim-promo no.6t379-380 je 161. (MM 14&6)
(EydrocarbDns) (Etbylene) (Acetylene)

MYOROVo V.I.--;,, MUKHINA, T.N.
Equipment for manufacturing ethylene and acetylene by the
process of hydrocarbon homogenous pyrolysis. Gaz. prom.
6 no.12:42-46 161, (MIRA 15t2)
(Acetylene) (Ethylene)

S/065/63/000/001/003/005
E075/E436
AUTHORS: Mavorov. Mukhina, T.N.
TITLE: Pyrolysis of straight run benzene in the current of
superheated water vapour
PERIODICAL: Khimiya i tekhnologiya topliv i masel, no.1, 1963,
34-38
TEXT: The pyrolysis was carried out in a laboratory apparatus
using steam superheated to 9500C in an attempt to increase the
yields of lower olefins. The benzene used had the boiling range
of 42 to 166*C and contained 59-58,'o saturates, 38.70%naphthenes,
--1-72% aromatics and had the specific weight of 0.720 at 20*C.
The duration of the experiments was 30 to 60 minutes. The reactor
consisted of a tube 15 to 45 cm long and 30 x 2.5 mm diameter
(depending on the conditions of the experiment). An increase of
the pyrolysis temperature to 9000C favours the formation of CH?
and H2- The yield of ethylene reaches 36% and that of diviny
4.8%Q. The maximum yield of propylene and butylene was obtained
at 8500C (13 and 9.8 wt.% respectively). The yield of ethylene
increased from 27.3 to 35.41o with temperature increasing from
Card 1/2

S/065/63/000/001/003/005
Pyrolysis of straight ... E075/E436
750 to 9000C. An increase in the ratio steam :feed promotes the
cracking process. When the ratio increases from 0.7 to 3.0 at
8000C and the contact time of 0.4 sec, the yield of gases increases
from 64 to 735'0 and the yield of ethylene and divinyl from 23 to 32%
and from 3.7 to 5.2 wt.% respectively. The yields of propylene
and butylenes were not affected. The pyrolysis with superheated
steam gives a combined yield of olefins and divinyl,of 60.5%
instead of 539'0 obtained with the usual process of pyrolysis in
tubular furnaces. There are 4 figures and 2 tables.
ASSOCIATION: MISS
Card 2/2

GOR1SLAVLTS, S.P. [Horyslavtf~sl, S.P.], kand. 'r?k-hn. rauk, KOZ11.hLN, .,
kand. tekhr.. nauk; 1~-YOROV V.I. kand. tekhr.. nauk; MUKr'NA, ".N.
P~ --: L
[Mkhina, T.M.], kand-.-I"e"lih-ni. rauk; 1,Y., xan~.
nauk
Block steam superhet~ters. Khim. prom. no.4.-29-30 0-11, 164.
(M,:RA 1P. -,),

WHRINA, T.N.;.BRAGINSKIY, O.B.; MAKAROV, O.V.; MAYOROV, V.I.
Effect of pressure on the pyrolysis of straight-run gasoline
in a'aurrent of super-heall.,ed watsir vapor. Nefteper. i nefte-
khim. no.3slO-12 165. (KRA 18s 5)
1. Nauchno-issledovatellskiy institut sinteticheskikh spirtov.

BOODABOY. Aleksandr Yesillyevich: PAT9-QL-UUALIQ"UAULUUW
FROKOPOVICH, VIktor Pavlo*T-cE--. BIMHBVICR, I.I., kandidat
tekbuicheskikh nauk, redektor; STIUMO. T.V.. tekhnicheskiy
reclaktor
LRemote control of railroad junction transformer substations]
Teleapravlente transformatornymi podetenteiiest thelesnodorozhnykh
uslov. Moskva. Goe.transp.zhel-dor. Izd-yo. 1957. 128 P. (MLRA 10;8)
(Remote control) (Railroad-Blectric equipment)
I

MAYOROV, V.K.
Shortcomings In the work of railroad electrification. Elek. I tepl.
tiRge 2 no.2:45-46 F 158. (MIRA 11:4)
1. I]Achnl'nik sluzhby elektrifikatail I energeticheskogo khozynyctvp
Yuzlxnoy dorogi.
(RAilroads-Electrification)

., HAYOROV. V.K.
We shall electrify the section ahead of schedule. Blek. i tepl.
(MIRA 11:12)
tiaga 2 no.11:4 N '58.
l.Nachallulk sluzhby alektrifikatsii energeticheskoge kh02yayetva
Yuzhney deregi.
(Kharkov Province-Railroado--Blectrification)

RAYOROV, V.K.
L-;6- he lofty title of brigade of Comunist labor. Ilek.1
11 triving for t
topl.tiaga 3 no.6:6-7 Js '59. (KII61 12 - 9)
1. Bachal'zdk sluzhby elaktrifikateit I energaticheekogo khozyayBtva
Yu2hnoy eopirogi. (Electric railroada-Repair shope)

HAYOROV, V.K.
%atructive experience. Blek.t tepl.tiaga 4 no.4:25-26 160.
(MUU 13:6 )
1. Bachallnik sluzhby elektrifikateii i energeticheskogo
khozyaystva Yuzhnoy dorogi.
(Alectric lines-Overhead)

jj~YOROV, V.K., inzh. (Kharlkov)
Improving the operation Of power supply systems. Zhel.dor.
transp. 44 no.5:80-82 My 162. (MIRA 15:5)
1. 11achallnik aluzhby elektrifikatsii i energeticheskogo
khozyayttva Yuzhnoy dorogi.
(Electric railroads--CurTent supply)

11AYOROV, V.I;., inzh,
Improvingr the main-~ona-rce cf power supply aysteza. Zhel.dor.trar-sp.
,45 no.9481-83 3 '63. (~aRA 16:9)
1. Nuchallnik aluzhby olektrifiketeii i energeticheskogo khozyaystva
Yuz)moy dorogi, Miarlkov.
(Electric railroads-Subtitations)

11YOROV, V.K.
Organizing the repair of the overhead contact system 'uring
short "intervals." Zheldor.transp. 46 no.12:74-76 D 164.
(MIRA 19:1)
1. Nachallnik sluzhby elektrifikatsii i energeticheskogo
khozyayst-Na Yuzhnoy dorogi.

YAYORCV, V. M.
"Conveyer Lift Along Inclined Shafts and Its T*se in Conditions of the
Karaaand.a Coal Basin." Sub 4 Jul 51, Moscow 1,11ining Inst imeni 1. *,'. Stalin
- .., I -,~
Dissertations presented for science anti envineerinp deFrees ir
Mlosccrw durinp 20~1.
SC : Sum. Eo. ZqOP P Mav 55

MAYOW V. M -
25(2) PHASE I BOOK EXPLOITATION Sov/1625
Tikhonov, Nikolay Vasillyevic;h, and Vasiliy Mikhaylovich
Mayorov
Novyye konstruktsil konveyyerov dlya gornoy i metallurgisheskoy
promyshlennosti (New Design for Conveyors Used in the Mining
and Metallurgical Industry) Moscow, Metallurgizdat, 1957.
76 P. 3,500 copies printed.
Ed. of Publishing House: A. Ye. Smoldyrev; Tech. Ed.: M.K.
Attopovich.
PURPOSE: The book is intended for design and production
engineers and for technicians in mines,, metallurgical plants,
and in the building trades who deal with the transportation
of large quantities of materials.
COVERAGE: The booklet describes basic types of Soviet and non-
Soviet conveyors, together with their technical specifications
Card 1/3

New Design for Conveyors (Cont.) SOV/1625
and performance data. A comparison is made between the
various types used in underground operations and in open
pit mines. The second part of the booklet deals with the
design and performance of vibrating conveyors used to handle
._Wlurgical
abrasive, hot, or vapor-producing materials in mg
plants arA In the building industry. The text contains a
number of illustrations and tables. There are 15 references
of which 8 are Soviet, 4 German, and 3 English.
TABLE OF CONTENTS:
Introduction 3
I. Conveyors 5
1. Car-type conveyor 5
2. Steel cable conveyors 16
3. Rubberized steel cable conveyors 30
II. Vibrating Conveyors 36
1. General layout and component parts of
conveyors 36
2. Design of vibrating conveyors 43
Card 2/3

New Design for Conveyor3 (Cont.) SOV/1625
3. Testing vibrating conveyors
Bibliography
AVAILABLE: Library of Congress (TN335.T48)
GOlrj
5-29-59
70
78
Card 3/3

lbadesigning of the water economizer of the TS-35~-u boiler.
Energetik 10 no.lQ:9-11 0 162. (KIRA 15:12)
(Boilerv-Design and construction)

~~
OV
U
'Mathemat:lcal - Rmlews
15, No., 4:
Apr v.- 1954
Geometi~y

F
TOY, Invariant cbAracteristic df a generalized
TOY,
-pMntW wM',WMady Aks4 NaA SSSR (N,S.) 90,
065-m (Rusiian)
Vill
The paper is concerned Ath nets of curves on a surface
dete
rmined by three unit vector fields a, b ani u. The mwn
result is to the effect that any two of the following conditions
imply the third,- (i) the three sets of flow-lines form a hex-
Agonal configuration; (4) the lines of the vectors a and b
form a rhombic net; .(iii). tfie~ scal.ar field sin- (b, it)/sin (a, it)
is ult'ply, diagonal:with- respect to the Wds a and b.
rDubnbV. Trudv Sem. . Vektor. Tenzor. Analizu 9, 7-49
(1952); these- Rev; 14,1014J. By a generalized potential
net is.understood one in Aerms- of 'which ~ the line element
is given.-by dO-~;(at~la~)d~!+2fdodv+(a.10v)de where
co=w(uip). The author proVes.1hat'isoonal geodesic nets
and rhoinbic nets i
iu~ generalized potential nc6.
M. S. Kiiebdinan (Pullman, Wash.).
&,tjtZ

MAYOM V.M.
Invariant characteristics of certain nets. Uch. zape
IAr. goo. ped. inst. no.34:127-154 160. (MRA 15:9)
(Vector analysis) (Spaces, Generalized)