SCIENTIFIC ABSTRACT ORLOV, A.N. - ORLOV, A.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238210013-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

( ~, IL ~, L" - /i) II
ORIOVg A.Ife, /Jnz~,.-
the production of works manufacturing glass containers.
log. prom. 17 no.12:11-15 D 157. (MIRA 11:1)
(Glass mnufacturs)

A
AUTHOR: Orlov, A, N.
72-1-9/13
TITLE's Experience Gathered in Factories (Iz zavodskogo opyta).
Full Separation of the Gas Chamber of Flowing-T~.roljgh Furnaces
(Polnoye razdeleniye gazovogo pro!%transtva pechey s- protokom).
PERIODICAL.* Steklo i Keramika, 1,95% Mr 1, pp, 27-28 (USSR).
ABSTRACT,* At the suggestion by Stepanyan and Khalilov the glass smelting
furnaces in the Balvi plant were reconstructed. The plant has two
flo-.ving-through furnaces with srrw:!1t!nZ iurfaces of 35 and 3o ma,
On one of them halloons of I I content are produced by means of an
automatic devict I FL, and the other products bottles with a wic~e
neck and 1/2 1 content by means of two automatic devices JI-lo.
Up to the year 1-955 the average daily ontput did not exceed gooo-
95oo balloons and 46*ooo-L7.ooo bottles; in the case of the balloons
production waste amounted to 4o-5o O/o. In 1955 the furnace was rem
constructed in the following manner for the production of balloons
(see illu."tration): The output part of the furnace was made smaller
in order to increase the specific extraction of glass mass to 5..
1z t/m* per day; the arch, the furnace walls of the discharge part
and of the feeders were heat-insulated; above the passage wall a
Gard 1/2 dinas wall of 4oo mm thicknem!R, wMch was provided with 2 small

Experience Gathered in Factories. 72-1-9/13
Full Separation of tho- Gas Chamber of Flowing-Through Furnaces.
openings for a possible heat regulatier was erected. The better se-
paration of furnace gases, which was attained in this way, snowed
good results; the average daily output of ballorns IncreL69ed ac-mr-
ding to data given for 1.2 months and with conditions remaining equal,
tn 11~P29, which means an increase nf by mrre than ~ooo balloors,
while waste material decreased !own to 12-15 O/o. After a further
reinforcement of V- blind wall to 1~oo mm, the daily output :Lncrea-
sed to 170o. Thi -~-peripnce was utilized sue-essfully also for
the second farna-e. In which case the daily output ,.~f 1/2 1. hottles
increased from 47.ooo to 52*5oo. In the course of recent yearR good
results were attained surh gl&qs smelting furnaces also in
Amprican !"ac-tories 'r-fe-erce 1).
There is I f igure.
PSSOCLA,TION: Ealru Glass C-ntainer Factory (Balcinskiy steklotarnyy zavod).
AVAILABLE: Library of Icnyrpss.
Oard 21?

C V
AUTHORs 0 r1ov, A..N. 7 -1 V.-f-
TITLEt A Nedbanical Conveyor for'Glams Containers (Nekhanicbeskiy
p6reistavitell steklAary).
PERIODICAL: Steklo i Keramika, 19-,' Tir 2, pp. 29-30 (TTSSR)
.ABSTRACT: In many glassworks the L-irterial is loaded on to the transrort
by hand for burning. The automatic conveyers of the type (I - -2 in-
troduced in 1941 were found to be complies-xted in operation and not
economical. I.A. Vlasov, engineer of the Tir"poll glassworks, re-
comended and develcq)ed an automatic conveyer for the automatic
loading of products destined for burning, the scheme of %vhich is
shown by an illustration. It is driven by the automatic glass form-
ing device TTBNover a vertical shaft slid bevel gears. The cormtruc-
tion and mode of operation of this device are described in detail.
On a horizontal shaft levers and Puzh rods are helically fastenee.
The push rods are fitted with Klingerite profile rolls, by means of
which the glass products are pushed on to the net of the transport
car. Vlasov conveyers ~~-;ere found to give satisfactory results in
operation, and at present they are being used viith success in all
Card 1/2 technological fields. The advantages offered by this device are

A Medbudeal Conveyor for G3Aws Containers 71-2-11/20
its small size, simple constniction, reliability-, low ocsts of
production, a-nd ea-sy operation. There is I figure.
ASSOCIATIM- Tirampoll Gims Container Works (Tiraspollskiy steklotarnyy zavod).
AVAILA13LE: Library of Congress
Card 2/2

AUTHOR: I SOV/72-55-11-17,
TITLE: The Use of a Colloidal Graphite Lubricant for 31ass-Form,_n:-
Machines (Primeneniye kolloidno-l-,rafitovoy smazki d1ya
stekloformuyushchikh mashin)
PERIODICAL: Steklo i keramika, 1958, Nr 11, pp 46-4a (USSR)
ABSTRACT: This lubricant was developed in 1946 in the In3titut stekla
(Glass Institute) by Professor 0. K. Potvinkin an! 7. T.
Marinina.- It was first introduced~lnto the Ordzhonikidzevskiy
mekhanizirovannyy steklotarnyy zavod (Ordzhonikidze Yechanized
Glass Container Factory) in 1956. The graphite starting
material consists of an oil preparation with the trade mark
KS of the Voskresenskiy khinkombinat (VoskresenBk Chemical
Kombinat). The preparation and application of this lubricant
is described in detail. The finished lubricant is stored
in a hermetically sealed container and constantly stirred
by an electrically-driven propeller (Fig 1). After removing
the fat from the compression molls the graphite lubricant,
as is shown in figures 2 and 3, is applied usini, a julverizor
of the trade mark 0-19. In the Ordzhonikidze Glass Factory
Card 112 t'!is lubricant has been found to be very good, and the pro-

SOV/72-EB-11-15/15
The Use of a Colloidal Graphite Lubricant for Glass-Formini,7 Machi.M-n
duction of glass containers has increased while the rejection
quota has markedly diminished. The molds are 30 % more
stable an] the workini- conditions of the workers have im-
proved, since considerably less vapor is given off by the
burning oil. At the end of the year 1956 this lubricant was
introduced into the Kamyshinskiy steklotarnyy zavod
(Kamyshinskiy Glass -Iontniner Factory) with good succeso.
There are 3 figures.
,',SSOCIATION: Ordzhonikidzevskiy steklctarn-y zavod
J
(Ordzhonikidze Glass Container Fac~ory)
Card 2/2
USMU&-DG-60.866

15(2) SOV/72-59-6-lo/i8
AUTHOR: Orlov, A. N.
TITLE: Uncooled Flat Arches of Charging Chambers of Tank Furnaces (1480-
khlazhdayemyyo ploskiye arki zagruzoehnykh karmanov vannykh
pechey)
PERIODICAL: Staklo i keramika, 1959, Nr 6, PP 42 - 43 (USSR)
ABSTRACT: At the Kamyshinskiy stoklotarny- zavod (Kamyshin Factory for
2
Glass-vessels) the tank furnaces of a malting surface of 106 m
approximately are fitted out with a charging chamber 4100 mm
wide. The furnace is charged by means of a mechanical table.
The slit between the arch find the frit level is more than 150 mm
wide. In order to protect the charger and the refractory bricks
from the furnace flamesawater-cooled metallic slider was in-
stalled over the chamber, which costs more than 10000 rubles a
year. Upon suggestion of S. F. Taranov, Chief Engineer of the
Factory, the flat arches of the charging chambers were recon-
structed in such a manner that the maximum slit width did not
exceed 80 mm, which permits operation without a water-cooled
Card 112 slider. These flat arches were put into operation in 1956 and

Uncooled Flat Arches of Charging Chambers of Tank Furnacas SOV/72-59-6-10/18
have stood the test. There is I figure.
ASSOCIATION: KWVBhinskiy steklotarnyy zavod (Kamyshin Factory for Glass-
vessels)
Card 2/2

VEYVBERG, Kallman Liptanovich; GtMIIKELI , Isaak Yevgenlyevich[deceased];
KOTLYAR, Abram Yevseyevich; NOLIMI, Maksimilian Petrovich;
.,-PA;qj i MRMISKIY, Sergey Semenovich;
__4pa~tol.y Nikolayevich; r
SHKOLIVIKOV, Yakav Abramovich; BROVILEY, P.V., retsenzent;
ZALIZKYAK, A.A., retsenzent; KISEIZV, V.V., retsenzent; KLEGG,
D.I., retsenzent; SHVAGIM , Ya.D., retsenzent; DUKHOWTY, F.N.,
red.; TRISHINA, L.A.,, tekhn. red.
[Equipment and mechanization of glass factories]Oborudovanie i
mekhanizatsiia stekollnykh zavodov. (By] K.L.Veinberg i dr. Mo-
skva, Rostekhizdat, 1962. 451 p. diagrs. (MA 15:10)
(Glass-Equipment and frupplies)

INDENBOM, V.L.; ORLOV, A.N.
Physical theory of plasticity and strength. Uop.fiz.nauk 76
no.3s557-591 Mr '62. (MIRA 15:4)
(Plasticity) (Strength of materials) (Crystallography)

ORUYV, A. N.
Finish and ornamental materials from polyester glass reinforced
plastic materials. Der. prom. 12 no-401-22 Ap 163.
(MIRA 16:10)

ORLOV, A. N.
Bodies of chairs and armchal:-,4 'j-1.m glass --eiranri~ad plastic
materials. Der. prom. 12 nc.6:20-21 Ja 163. (MIRA Io:10)
1. TSentrallnnye proy,-ktn,,-kc,,-i.-)trl!kt.O:-Z3k,~yf- ibywo pr, rueb-.1i.

KAR-rLt3ffl- MI, 1 .1-1. , i.-.zh. , 0/, A.N.
From f*-,reign ezt :., !-I. ! h,~
m,inufj~I- aura -.f , .:,. - ! , !-e p~~: ' ; ,
Mr I o,,
, f ,( ', y-L c ', ~ I-r - '.,, ,
Dvi-o pr,,rri, ~ 3 r., .4 , ~ - -.,
. r., : ~? %.,,
I . .,: ., ., :~ ,

Add At'
dI6lo;c&tjO-ns:,--,- V no-; rurthiii-Increase. In: the,'number or
theoretidal,::value.8 of the _d1ilocition.1den'sity- 'and of the plastic de-
formation Ai,'milch -amalI6r.-:thia_n:'obsi6:rved -experimentally 'during the
age -_~fte ".proba lei ~ re n i
initialt..813 1 0 '_ tbow-for differences betwee i-
Lipping.~~ it
t Ow"ti*oryi ii~-."that the Ahumbei'i--of-~,. sources during the initiai
_exper~nen
A A ljan.Aisit soubed'In.'
ilt* UtIons. .-Orig. 'art. 1
ges'.- 0,
TI .91 formulasi-,.,
t 2
SUB -CODZ2 'OTH JMF 013
"A
sources occurs
ur n rormoiticn'-~~ Uhd6r U*se-, *or-ditions Ithe stress gives rise
__g
to dislocatI66 dipoles- and ~~4 nat, dipole: clusters, upon being stopped
by, neighboring planes of unlike dislocations.. orupon reacting with
-dislocations from other Zlig--Dys ~br. upon encountering barriers.
Thi-..8, pp ngo
to I Vthe dislocations causes blocking of the sources, jand
*ith' bislng'stress'~the-,b resume operation, activate,
lo
the -clue. 'il rn f d dipoles denser,
t
n.ew souz!cesp'- make ~v 1816cations an
an&:result in--- dipole cluste -.of k-jeatir length. The author calcu-
re
iat~es, -the. depende nee dfAhe.;dIslot ion.4enslty and the magnitude of
:~O.I(P -lastIcAeformilon orv~ihe A se ln~'the~reglon-precedlng the
easy slipping occurs
easyralippI14-:16tao.:
Are. at--whIch:the first clupters
;crystal-11-ft determinedi when the

ORLOV, A.F., kalid-tekhn.nauk; VOLKOV, V.P., inzh.
New norms of speciflIc resistances for the design and construction
of cinBsification humps. Zhel.dor.transp. 45 no.6:50-52 Je 164.
(MIRA 18x1)

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RMIZOV, A.B.; CRWV, A.P.
The tow"MR-9", ~_111_ctl~ic- engineering in pedagogical institutes
in the light of now tasks in technical education. Politakh.
obuch.no.12:70-72 D 157. (MIRA 10:12)
(Teachers. Training of) (Electric engineering--Study and teaching)

ORLOVX A.?., kand.pedagogicheskikh nauk
Methods of conducting inatruation in. ochool workahopa. Uoh.za
Ko~-.ped.inst. Politekh.aer. 4 n0-1:1.3-39 959. OUM 14: 4~ 1
(Manual training)

ORWY, A.P. (Voronezh)
Concerning thn pollution of undergT nd water-OuPP17 sauTces
b7 industrial sewage. Vod.1 san.te,.i. no.2:35 7 160.
(MMA, 13-5)
(Voronezh--Water--Pollution)

ORLOV, A.P.; BREMB, A.S. (Krym, Alupka)
Value of some laboratory irrvestigatLons in the diagnosis of cancer.
Vrach. delo no.8gl37 Ag '60. (NU-RA 13:9)
1. Sanatoriy "Gornoye Solntsen.
(CANCER) MMICAL TESTS)

V, 0 ()
EWSHINSXIT, L.T., doktor biologichaskikh nauk; KMMMITAVA, Te.K., kandidat
sel'skokhosysystyenafth nauk; IZRAILBVICH, I.Ye.. kandidat Yeterinar-
nyth vank; IL'INSIIT, S.A.. veterinarayy vrach; INIZDV. N.M.. retert-
marnyy vrach; STOGOV, K.B., vaterinornyy vrach; VANICHIT, NX..vetari-
narzWy vrach; NMVJM, A.P.. vaterinarnyy vrach; g=- A.?-, vetert-
harnyy vrach; RTWV, Y.Y., toterinarnyy vrach: SAWU-FO-f-.N-.i.. ratert-
narnyy vrach; DIUMV, P.I., redBktor-, NUBH!PAEDVA,L.9 tekhnicheekiy
redaktor
[The working dog; manual for training specialists in raising work
dogs] Slushabnala sobsks; rukovodstvo po podgotovke spetiallatoy
slushobnogo sobakevodstya. Noskva. Gas. Izd-vo selkhot. lit-ry,
1952. 616 p. (KUM 10-1)
(Dogs-Training)

A 1 1, . I I I
C '~ ( ~ L ,,
WCHAROV, Vladimir Ivanovich; ORWV, Aleksandr Pmvlovich; KANEVSKAYA, M.D.,
'~' -t.
-
rod.; TSIGILIMAN, L.T.. iekhn.reu.
[Training working dogs] Dreastrovka sluzhebnykh sobak. Moakvs,
Izd-vo DOSAAF, 1957. 196 p. (MIRA 11:1)
( 1)o~-!- -111-ri, i n ing )

GEED, M.A.; INIKOV, N.M.; MhZOVER, A.P.; NAZARDV, V.P.; ORWV, -A.P.:
SAKHARDV. N.A.; WKINA, N.G., red.; GOR'KDVA, Z.D., teihn-.r-iia-.
[Principles of the ralaing of workiqg dogs] Oanovy aluzhebnogo
sobakoyodetya. Moskva, Goe.tzd-vo sollkhos. lit-ry, 1958.
367 p. (MIRA 11:12)
(Dogs)

LUZHKOV, F.M.; NAZAROV, V.P.; NEMTSOV, K.Ye.; ORIDV, A.P.; POLTAVETS,
I.S.; SHAR, Yu.l.; KAJIEVSKAYA, M.D., red.; MIKHLINA, L.T.,
takhn. red.
[Keeping and training working dogs] Sodershanie i dressi-
royka sluzhebnykh sobak. Moskva, Izd-vo DOSAAF, 1963. 227 p.
(MIRA 16:7)
(Dogs-Training)

ORLOV, A.P., Imnd.takhti.nouk; IIIKOL;JW. N.S., inzh.; KARYUKIN, S-YO.,
Inzb.
Xlectrorilc analog computers for dosignIng t7rq7arda. Zhol.dor.
transp. 41 no-8:55-56 Ag 159. (14M 12:18
(Ilectronic analog computere)
(Railroads--ilump yards)

kand. tekhn.nauk; KORNAKOV, A.M... red.;
MEDVEDEVA, M.A., tekhn. red.
[Machines and mechanisms for switching movements Of CarB) Ya-
shiny i mekhanizow dlia manevrovykh peradvizhenii vagonov. No -
skva, Vses.izdatelfsko-poligr. ob"edinenie F-va putei soobahche-
niia, 1960. 113 p. (MIRA 15:3)
(Railroads-Equipment and supplies)
(Railroads--Switching)

ORWV. A.P., Insh.
Flast-&cting electronic instruments for investigating
the magnitudes of basic specific resistance of care to
rolling. Vest.?SNII MPS 19 n0-5:61-62 160.
(UM 1318)
(RAdlroade-HuM yards)
(Railroads--Ilectric equipment)

ORUYV,-.A.P. kand.tekhn.nauk
Measuring the resistance to motion of freight cars by means of
radar systems. Vest.TSKII M 20 no.5:62 161. (MIRA 14-8)
(Railroads-Freight can3-Testing)

- ORMYO A.B., zaaluxhenw UOhItell shkDl RVSR, delegat Vvervesiyakogo 9"7ezda
aRteley (g.lostovj Yaroslavskoy o'blasti).
byerlence obtained in the teaching of mathematics under now conditions.
Nat* v shkole no,3:4.-g 8-0 160. (Nina 13:10)
teaebiqg)
(Vathematles-Study
and

ORLOV, A.S., insh.; LUKIYANOV, K.I., inzh.; KOZHEVNIKOV, Yu.M., insh.
Organization of preparatory vork in the assembly of the
elements of a blast furnace at the Western Siberian*
Metallurgical Plant. Prom. stroi. 41 no.2:1-3-17 F 163.
(MIRA 16:3)
(Blast ftu-naces)

elW nosed -row d ndde &A. tw&
wm
I
matel tim dw of tj
copmton typo; In
eppm-. bL
rat cl tin d" I" wi
L to= in tin - - - sW db-.
two A" t"m the into In

Mi,)V, ". j.
)it-ivy A. Li. -- "Th,3 JTjrlfABi-)L f r,.ic ~r: Ruc.1tic -10-2,
and i~ebilmly C(;.-i,binmd w1t), ?r,)te1r,., in oh.it.a Rhfs under :',mn,--r,tL X-
Ray Irradisti-)n." Central 'ci Res R-,ent,,en-)l.-)f-ica1-Rj-d; l,g1ca-'
I
Inst, ~,.In Het,ltl USSA. -An1nf,,r,-,.-.1 P55. M~.isort.01-,r, f-,r
DmM,e f Candidate In BI-1.,gical Sciences)
L) ): Y"-,izlu!aYa ietoois', NO 1, 1 )56, 1);) 112-1.22, 124

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rradlated kits, va~lcs "the
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W09TW= tito the nuckle sdds!7.-.
--ofthisusdA ikterAlft~-em~td the ?**g'qw M-tes-,"t-woll
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el to whklil,

ORLOv, A.S.
Inclusion of phosphorus in nucleic acids of the organs following
lethal-doBe x-irradiation of rate [with summary in Nnglish]. Med.
red. 3 no.4:16-21 Jl-Ag 158. (MIRA 12-3)
1..1z biokhimicheekogo otdela (zav. - prof. S.Te. Manoylov) TSen-
trallnogo nauchno issledovatelli3kogo rentgeno-radiologicheBkogo
instituta.
(PHOSPHORUS, metabolism,
eff. of x-ray lethal irradiation in rats (Rue))
(NUCLEIC ACIDS, metabolism,
same)
(RCENTM RATS, effects,
lethal dose, eff. on nucleic acid & phosphorus
metab. in rats (Rus))

DUINWMAMMOV, S.R., ORLOV, A.S.
Acute retention of urine caused by ureterocele. Urologiia 23
no-3:61 My-Je '58 (MIRA 11:6)
1. Is urologiche8kogo otdel6niya (nach. S.R. Denlmukhamedov) Lenin-
grndsizor,o okruzhnogo voyennogo goapitnlyn (nnch. N.S. Sokolov).
(MOTM, abnorm.
ureterocele causing ncute urinnry retention (Rue))
(URINATION DISORDERS, etiol. & pathogen.
uraterocele cousing acute retention (Rua))

KANOYLOV, S-Ye., MLOV, P.S.
Method of separating mucleic acids variously bound with proteins
in animal tissues (with summary in English]. Biokhimiia 23 no-5:
663-668 S-0 158 (KIRA 11:11)
1. Blokhimicheskiy otdal TSentrallnogo nauchno-issledovatellskogo
rentgeno-radiologicheakogo institute Ministerstva zdravookhraneniya
SSSR, Leningrad.
(NUCLEIC ACIDS, determ.
separation of acid.R various bound with proteins in
animal tissue (Rua))
(PROTBINS,
nucleic acid bound., separation from animal tissue
(Rua))

DENIMUKIWIEDOV, S.R.; ORLOV, A.S.
Hemophilia in urological practles. 11rologiia 25 no. 5:30-34 S-0
s6o. (MIRA 14:1)
(URINARY ORGANS-SURGERY) (HEMOPHILIA)

ORLOV, A.S.; ORLOVA, Ye.I.
R-- Simple method for the quantitative determination of desoxyribonucleic
acid in animal tissues. Biokhimiia 26 no.5:834,-83r' S-0 161.
(MIRA 14:12)
1. Central Research Institute of Medical Radiology, Leningrad.
(NUCLEIC ACIDS)

ORLOV, A.S. ; OVID' ,A, Yu.1.
DNA contert and
X-ray irradiation. !,,adicb-lologiiii 4 no.4:498-502 16,
1. Intitit,kit. n0latuionnoy g1glynny Ministurnt-vft 7(traVOOkiii-sinoril va
I ri t ril I , IIY.Y i n's 1, i til L imid i t,v I nokoY i-.q,i k, 1 ol, I i I'll Io -
zdravuokhranenlya ninerai!.

ORLOVP A.S.
Metabolism -f phosphorus couspnun,13 in 'he small ntps'..ne ~P
mi3e followlnp stamition and reventp(l. Irradiation. Rad i o-
biologiis 5 no.4028-532 165. (MIFA 19:9)
1. Institut rurlintoionnoy pJF7'ivpny ~'Inistprstvfi zdrrivcokhranpn',yE
P.S~SR, Len!nprad.

ORWV y A. T.
Crucible tilting electric furnace. Transpstrol 13 no. 11:61
11 163. (MIRA 17:5)

MLOV, A.T.
Barking birch raw materials for the proluction c' veneers. *,-,
prom. 13 no.41ll-12 Ap 164.

Name: ORL(YV, A. V.
Disoertaticm: Changes iD the quality of milk in tbee process U alikl~ni
cam by various methods
Degree: Cand Agr Sci
eo^-d~: Moscow Order of Lenin P4~ricultural Acad imeni K. A.
Timiryazev
DeSense Date, Place: 1956, Moscaw
Source: Knizhnaya Letopia, No 147, 1956

KANYUGIN, D.D., dote., kancl nauk; ORLOV, A. 91. -,1;1;
Accelerated milking vith machines. Dokl.
(Kilking machines)
naunhn~r:,- notrudnik.
TSXhA no.2.7:239-?43 057.
(KIRA IIr4)

USSR / Form Animalsi Cattle.
Abs Jour : Ref Zhur - Biologlya, No 2, 1959, No. 7310
Author : Qrlov, A. V~__
Inst : M-o-1Z3W-*eRrehy of Agriculture imeni K. A.
Timiryazev
Title : Charges of Milk Quality in the Process of
Milking Cows by Various Methods
Orig Pub : Dokl. Mosk. s.-kh. akad. Im. K. A. Timiryazeva,
1957, vyP. 30, ch. 2, 165-170
Abstract : In the process of milking cows with a 3-
stroke machine, samples were taken by two and
four hands (simultaneously by two milking
girls) from separate milk fractions obtained
every 2 minutes. It was established that in
all milking methods the rapidity with which
milk is given Is the greater the larger the
Card 112

MARTYUGIN, D.D., kand.sel'skokhozyaystvennykh nauk, dotsent;
ORLOV, A.V., kand.se1'skokhozyaystvermykb nauk, assistent
Meat quality of the Kholmogory cattle. Izv. TSKhA no.5:121-133
161. (MIFLA 14:12)
(Beef)

ORL0% , Anato I iy Vasil 'yevIch, trakt(,rir* ; At I HEIM', Ye. , red.
~ --~ -1 -_' ~~. - -11
[ i he IL_- a t- 1- . I I I I. C, t zya i ~~ __ e ; r. Lhe f i e 1d' j T - a ktcr ,,
borozae no :-.it. Smolen.-.k, ')z:.o1-.mskoe kn.,zhnoe izo-vu,
!')u3. I ('~ I- (F.II(A 17;7)
1. So-Al.-z 3--m-A~jA-ni- jrc;izv.:d:Avt~r1nogo uprhv'Len4-.tI
( : r ( . 1'~v ~ .

ORLOV y A. V. , dotsent, kan~j. se I I skc.khoz. nauk
Change in the protein value of meat in young lrholmcpory ,tt-',
as related to age and feedfng. Izv. TSk-qA no-4:167-176 ',,4.
N! RA '117: 111 )
1. Kfif'fidra :-tizvedeniya nal 1qJcakhozynyatvennykh zhivotnykh Sell'sko-
khoz.yaystvennoy akademii fineni Timiryazeva.

POLYAKOVp I.I., prof., doktor biol. nauk; BMANOVA, K.V., dots.,kand
sellkhoz, nauk; KAZANTSSI, F.M., dote., kand. sallkhoz.
nauk"RWY,,-A,Y,,
-, dots... kand. sellkhoz. nauk; BABKINI,
N.G.,, red.
(Practical course in animal husbandr7] Praktikum po zhivotno-
vodstvu. Moskva, Kolos, 1965. 222 p. (MIRA 18:7)

ORLOV, A.V,,, ~epirant.
a',07110~ffls-
,,go -. Distribution of labor and organization of wages in railroad transpor',
ation. Trudy WZI no.7:37-52 157. (MM 1-1-5)
(Railroade-Salaries, pensions, etc.)

ORWV, A. V.
This shortcoming should be eliminated. Av%om.. telem.i eviaz' 4
no.4:39 Ap 16o. (MIRA 13:6)
1. Starshiy elektromekhanik Povorinskoy distantaii signalizatail i
SVYa21 Yugo-Vostoohnoy dorogi.
(Ra ilroads--Sw itches)

ORMV, A.V,, kaxid.ekonomicheskikh nauk
Sharing U accorfiance with labor and regulating wages in
railroad transportation. trudy MIIT no.136-.85-91+ 161.(MIRA 15:1)
(Railraods--Salaries, pensions, etc.)
(Wage systems)

ORUNP A,V., kandeekonom.nauk, doteent
Wages and their regulation wider socialism. Trudy MIT no.166i
66-85 162. (KIRA 16s6)
(Wages-Railroads)

KOHARNITSKIY, Yu.A.; QRLQV- A-V-;. SUBBOTIN, A.S.; EERNDT, N.V.,
retsenzent; KOLTUNOVAI.M.P., red.; VOROTNIKOVA, L.F.,
tekbn. red.
[Potentials for increasing labor productivity on railroads]
RezerV,y rosta proizvoditellnosti truda na. zheleznykh doro-
gakh. Moskva, Tranpzheldorizdat, 1963. 152 p.
(MIRA 160)
(Railroado-Labor productivity)

OHIPV, A.V.1 kandepkonorn.nauk
Profit and the material stimulption of rgilroad workers. Zhpl.dor
transp. 47 no.4:70-73 Ap 165. 0-11IRA 18t6;

ORLOV, A. V.
Orlov, A. V. *Infection pro,lems in ftae work ofy t.je creative
scientific genius Nikolay lvanovicn Piro6av,w Voen.--med. &hum.,
1948, No. 12, p. 36-46
SOg U-2888, Letopis ZhurnallrVkh State~, No. 1, 1949

Dec 51
"Active Therapy of General Cooling (Freezing) in
the Light of Clinical Observations," A. V. Orlov,
Cand Ned Sci
"XI:Ln Ned" Vol XXIX, No 12, pp 28-36
Describes extensive clinical and exptl data which
are intemreted in the sense that the method of
slow warming is harnful, because slow warming
actually leads to a further drop in temp. Ad-
vmates rapid warming (hot baths and hot drinks
combined with parenteral administration of glucose
and adrenal-in). Points out the significance of
203T75
USSR/Medic:Lne - Freezing Dec 51
(Contd)
allw=entavyy dystropby, alcoholic intoxication, and.
encephalization of thermal regulation in hunans
(as distinguished from anivals) in freezing and.
its therapy. Ale is harmful, because cortical
regulation of temp is impaired by it. Rejects
entirely ale and CaC12 as remedies. According to
author's data, original rate of warming up Ln
patients suffering from both alcoholic intoxica-
tion and exposure to lov temps is more rapid and
sustained, however,
203T75
C,

ORLOV, A.V., kandidat meditsinakikh nauk (Dudinks)
Botkin's law of the undulant development of the Infectious process
and pathogenesis of Botkin's disease. Kllri.ned.33 no.6:83-84 Je '55.
(HIPATITIS. MACTIOUS (HLRA 8:12)
Botkinia law of undulent development)

USSR/Microbiology - Microorganisms Pat-hogenic to F-3
Humans and Ani,---!--
Abs Jour: Ref Zhur - Biol., Vo 18, 19589 81482
Author Orlov, A.V.
Inst
Title A New Serological Reaction -- HaptocholJc
Flocculation on Glass
Orig Pub: Voen.-med. zh., 1957, No. 7, 1+8-53
Abstract: The reaction of so-called "indirect agglutiona-
tion" of erythrocytes saturated with hapten, a
specific serum, was suggested for purposes of
express-analysis by Kravchenko and Sokolov In
1944-1945. This reaction, while highly sensi-
tive and specific, has a number of shortcomings,
which prompted the author to use another adsorb-
ent for bacterial haptens, namely: cholesterin,
Card 1/3

USk'WR/Microbiology - Microorganisms Pathogenic to F-3
Humans and Animals
Abs Jour: Ref Zhur - Biol., No 18, 19581 811+82
which, not being an antigeny cannot affect the
serological specificity of the reaction. Its
role, according to Igolls theory, is reduced
to formation of "nuclei" on the surface of which
haptens are adsorbed. Experiments of a similar
arrangement of "haptocholic flocculation reac-
tion" on glass (as designated by the author)
and the Kravehenko-Sokolov reaction with haptens
of pure stock cultures showed an equal sensiti-
vity; at low serum titers, the 11haptocholic
reaction" was even more sensitive -- by 1.15--
2 times. In experiments with a mixture of 3
cultures (Gertner's paratyphus bacteria,
Flexner dysentery, and a live antipestis
vaccine 111, 1711)9 the 11haptocholic reaction"
proved to be considerably more sensitive,
Card 2/3
29

AU'HOR: Orlov, A.V., L4eutena-nt-'~s-~~(r-.-.
Medical
1 14 i on
T I TLE: An Improved
Reaction .,.,ith the Appli,: tior, of ers
PTERICDICAL: Voyenno-modAt:;insi,,i zhurn I Th
( USSR)
ABSTRACT: The improvef-.(~ri' ', of h e. mo:
lation re,:cti()n i., bjsr~d ,n tfic folli, '.i.
data: 1) The me"hod of concentr,~itinF thu
be, investif-,-.tocl by ultrafiltration thr.,.-h
branous fill.er (A..]. Rasunov -ne' K.K. 4L
f(-,11c)--.*n,i- solution of tht-~ fal r~i, i n ~ 1171 i
mu It aneo u.; (?x' T-,ir t. i r~rl I),-)
the m(ALod of (-bt~,in-u.- .-I
ru.~; P, ncl tYL: re-,:ult.; of
~i a ,it lid y i nt-, i j- !;j.~,,
chemical proper' i r~f, (Poiy,~!.,-, An,!
etc); 5) the poL;sibility of iA t i 1 i
C-i.rd 1/3 prepa-ratir)ns (col lojion~ a5 ,in

SOV I
kn ImDroved Method of fl- he HapGc.,.,c, ic '-I
the Applic-ition of Yembranous
~wi(l h ii I ~ t, n (-:, i i i .:, 1- 1:) 1
Y,i.A. Kom:irnit..-.i~iy, N.V.
nod i f ication o F th(- m. Ltio,! f i,i k.p:, i i
ant igen~; is b .--3ed -,)n 111, i 1 i t I:c- 1,:!k. t
st.,ince of thf, 1 i :-;ol v,~,I ::ejnI,r;mOus 1,-v
Cij-it-it,OS in t..-io ,~ediment.,Ai(,n !uvir. i
of the solution !dsoi-I-s th(-
in the solution. T h u,, ip n ~I i f i c io n m:~ Ix
to r(,-.ch su 11(m c .~riuent.i-Li!.icn :L
tracted o 1 h, r- 4 1
IL-ion of thi:
due -,.Ioi(2 I t s,,j '-i-,n ;,n.: t~t.
"he char, e~'
1, , i c I o f th,~ a h,.; o r~j I- i i t r, t 1
f u g: t i o ri The p,~,1 3 1-' h~ I C I t r I C fI f
i S SU bj c:(: 1 t o I I I t I r,
tiDn un,~,-?- r-i i i )n:: -u T!
P-rsion o 4- f'(, 1',:,
Card 211 tene a reactinc -mr-it ir,,n x i:21-'

3OV/1
An Improved Method of the Haptocr,(:tL
the Application of Mumbr,'inr.u:~
dissolved subst;mn-:!, of tt:,-
colloid, which JL !bi lizcz; ,I,e
rin. The alkaline re-,i,;tion imp.rted L;,, !~,ift
antigen belp- to prevent ;j n:)n-specifir: n
0
(spontanewi.-, flo-cul rt) rA' ttiv-
the susp.-nsion. Ther,:~ ~-) t :,~:t
joviet referenc,'..
Card 3/3

0
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0
:0 41`1
9 all
v Ij 111 0 11 of 111460 Val 615)r4
A-", All 0 IM 0-0 1, 1 1 aI,j_ I a I A
I I I I A. I-,,
PI I

A109 Wo"O'dallUft of 'M' Shurnovskil and
No. 1. 21V-jM1I1UH).-,14kvt~
hitired at 10W ftw 10.30 hf'
"
,Al'. rt
brijuill fulvamc~ *I
And thro llarlyfrarted to it v 11
'11111111W ..... ..... ..
1111,41ch a qaiw, ila
I".W.1 _ja'd 1. 1.4" 11 usi'l il. -0
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to,- 101"tilt, -III "t Ow I"I'l 1, Soo
: ',I I.-atlits, ~ fit,-
tha, gTo*111'ai r"l.tlllg graphil. JIMM W, JIM if,,
"I% finnimarm (A nt-w IIUHVI f4 glaIIIIII.ItAtiOll. Ih,-mupti
I usir %lorwiv in var-taum thaij in mir at a' III, ptt-
;
=00
.air'.. If. W. Hallimaun
ce 0

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use

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no 0
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A IL 111-1

137-58-4-7123
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4. p j J7 (j,'5SR)
AUTHOR: Orlov, A. V.
TITLE: Roll-forging of Blanks for Forming Truckdrivers' Tool Kit Forg-
ings (Val'tsovka zagotovok dlya shtampovki pokovok shoferskego
instrumenta)
PERIODICAL: Tekhnol. avtomobilestroyeniya, 1957, Nr 5, pp 44-~,'
ABSTRACT: The advantages of forming blanks on forging rolls as ag,in,
forging in presses and in drop-hammers are examined. Eximples
of techniques for making certain forgings, and data of the N1lTA%-
toprom pertaining to calculation of forward slip and springing Ic).-
the shaping of grooves an forging rolls are presented.
Ye L
1. Rolling mills--Forging--Processes
Card 1/1

AUTHOR: Orlov~ A.10'.. Enganeef
TITLE: Increasing -rhe L~,ad (:arrydn~j Cap&,~-,ty of C a i- v.-
Gear Transmissions (Pc :ys',er-iiye na-r'.izo - .nz c n o s i,
konsol'nyKh zub~~hatyklj pereia.-,ji)
PERIODICAL: Ve stnik Mashinn.31rcyony~i. 1959. Ni pp !,I
ABSTiiACT: In a gear train witv, oveil-,ung gear and the
deflections of the Sliatt -ause corner --Itoacung- '.Iihe
teeth must te stressed at thea-r po,.nt 7A maxim-,jm -oa.,iing
To use the-Ir full arrying oapaity. a
correc--icn ty barT~,-ilint~ i2as_1,,--en me,-. it,d
simpler am mav-,Pa~-~-rrz is pro-p-ea Ln
A-fter de,ermLr-:zj-L; the sL-w-~ug
of the gear wheels is at ,fils angie W.,:.-r, jS
acbip,ved by simple Tuml~i6 (7f 7-.Lje grind-r-17 wL--~e. .-arriage
i.n the. gear grdndillg L12,hiue tv 'zoz, ang'e
A LLImerl-al r -
, r. pt-,: L a:~ t k'-W T
hung gear * ra
Ly ard
fi.gi-i-re-Z and S, nglish,
I L -11
Card 1/i

iv /I
~rishevs~:iy, Candi-iate of 2eci-nical C 4-,-a nce s
Klepanda, I.V., -' i d.
nc;ineer, an -Orjov, A.V.
,212L,6: Inserts of ili,,ii Jai-ability for Guides of eou !'-ills
(Vysolcostoyk.iye vstavki dlya pro,)usk-ov provoloclit,-~TzLl,
stanov)
Pi~ii?IODIGAL. I'D'tall, 11~59, ;:I- L~, p,) 342-344
AB;3'xi~ACT: Li a nuwLx;v of c-sOL; the -Lpplication of rollur passes
on continuous rou .,iiis pi%~sents somo desi;-n dif 'iculties,
U
therefjj~,e -Ji~ suc-, causes It is necessar-j to utilize ~ii6h
S 6(:, S - f -,
durability f * I ;,.L- I -
Lric'Uon pa- -racturi~tic data on uile
durability of pasoes c)n rod :aills 250 usei on the
,abmitogorsA: and ',1a,:eye-vka ~iorks is s,~ovni in t:. ible 1.
'he Ukrainian Institute of .et~-ls carried out ,..n
investig-~tion on tiie j)osssibility ji- incr,~~:-isinL, -L-;,e
durability of passr-z-,. The ex-j?eri-lental work -.-.,us carried
out on the 1-a-eyevka iiorks durinf- the rollin~~ -~ rods
Cj
b-5 MM in dia-,,-'ULr. Inserus Lr-,.de from claromium and
boron steels 1.) wQi-e tested. 2'11,1e ressu-LtL,
obtained are ~diown in table 2. lt %,as found thc
durability of basses witi- steel inserts with c.,iroi.,,ium steel
11L wor.dn6 surfuce vi-ts on avtL;rLL6u ho~ir-- of continuous

Jn-,ei~ts of ..-ibh )-urabil.-Duy f*o--
fi-.)i;~ -ro~- c.~L~t i1'011. 1; 1 C du-,
SU L, -.I i L; L, -: -~ _. .~1in i ~6 i L, -bcr:)n pji-el vi k i ng surface
on avur-iL,- JW jf conLinuDu---
ti-au!3 hl.hei, Liian tnt! durability nf tl-,u
JUL'ail!, i.i ul~ dircnitum and boron
-i;Qc-L in-,oi~ts uL;.,.;a' ~,IOFI ~ivcrl
4 'i -ul-uL, u,id z -uables.
N.-1. i.,etallov
ln-,Litutu of
Cai.,d 2/,:~

ORIDV, A.Y., aspirant
.Dynamic loads in gear transmissions. Izv.vyB.uchob.zav.;
mashiriogtr. no.6:110-114 159, (MIRA 13--5)
1. NoskovBkoye vysshers tekhnictv)skoye uchilishche imeni N.I.
Baumaus. i Institut rashinovedentya AN SSSR.
(0mring)

ORZOT, A.V-. lnzh.
Increasing tho carrying capacity of bracket gears. Vast. mash. 39
no.2:18-19 7 '59. (MIRA 12:3)
(Gearing)

_2R~Py,_A.V.; VIZUN, YU.I., otv. red.
[Description and instructions for operating the *S-10 stand
for Impulse testing ferrite cores] Opleaftie i instruktolia
po eksplustataii stand& 03-1" dlia proverki ferritavAb ser-
dechnikov v Impul'snom rezhime. 2 iad. Moskva, 1960. 37 p.
(MI RA 16: 3)
1. Akademiya nauk SSSR. Institut tochnoy mekhaniki I vychisli-
tellnoy tekhniki.
(Cores (Electricity))--Testing)

S/179/60/000/006/034/036
E081/E135
AUTHORS: Orlov, A.V._,_pnd Pinegin, S.V., (Moscow)
TITLE: Experimental Investigation of Hicro-Displacements in
the Contact Region of Elastic Bodies and the Strength
of the Surface Layer
PLRI OD L: Izvestiya Akademii nauk S.:~SR,Otdeleniye tekliniche5kikh
tiziuk, Nelchanika i mashinostroyeniye, 1960, No. 6,
pp. 172-175
TEXT: The paper is a continuation of previous work (Ref.2).
The nature of the primary fatigue fracture of components in
contact under reversed static or pulsating load, and also the work
hardening with rollers of components under load is determined by
the stresses and strains in the extreme surface layer of the
component. The paper gives some results of experimental
investigations of displacements and strains in the contact region
at the extreme surface layer, using tensometry under static load,
and with slow rolling under load. i'o avoid the difficulty of
high stress and strain gradients, and to oularge the area of the
contact plane, the specimens were of hard steel with surfaces of
Card 1/8

S/179/6o/uuo/006/034/036
B081/1135
Experimental Investigation of Micro-Displacements in the Contact
Region of Elastic Bodies and the Strength of the Surface Layer
mail curvature, compressed by high loads. Thus on compressing a
phere of diameter 20.3 cm on a plane with a load of 15 000 kg
:
the diameter of the contact plane was about 9.4 mm under the
maximum calculated stress of 34 000 kg/cm2 at the centre of the
plane. Three types of tensometers were used: a ring type, a
multi-winding type and a tensile type. The basic object of the
experiments was the measurement of radial displacement on
compression and. in addition, the relative tangential extension
was also measured. Cylindrical coordinates r, t, z are taken;
ur is the radial displacement; Cr is the relative radial
extension; dIr is the normal radial stress; a is the radius of
cont≫ et, cz are residual strain components; dt, crz are
residual stress components; P is the compressive force (kg);
V is PoisaGn's ratio; E in Young's modulus; r in the radius
of the sphere, is the gauge length. The approximate
equation:
Card 2/8

S/l7q/6u/ooo/oo6/034/036
E08 1/ 1713 5
Experimental Investigation of Micro-Displacements in the Contact
Region of Elastic Bodies and the Strength of the Surface Layer
The experiments showed: 1) that the actual size of the contact
area exceeds the calculated size by about 30,., possibly as a result
of plastic deformation; 2) a large difference exists between the
magnitude of the displacements calculated for an infinite half-
space and those measured on a plane specimen 110 X 110 x 30 mm,
compressed by a sphere. In Fig-2 the calculated curves url, url
are compared with experiment (curves u,2, u0 for the
r r2)
internal contact zone and for the external area up to a radius of
30 mm on compressing a sphere 20.3 cm in diameter with a plane
force of 15 000 kg. The difference between the calculated and
experimental curves is attributed to the difference between the
actual and calculated areas of contact and to the fact that the
calculations refer to an infinite half-space whereas the experi-
ments were made on specimens of finite size; 3) the displacements
on the spherical surface are appreciably less than on the plane
surface. Fig-3 shows the relative extension along a meridian on
the surface of the sphere R = 10-15 cm compressed or rolled on
Card 4/8

S/179/60/000/006/034/036
E081/E135
Experimental Investigation of Micro-Displacements in the Contact
Region of Elastic Bodies and the Strength of the Surface Layer
the plane under load P = 15 000 kg with E = 2.15 x 106 kg/cm2;
4) there is little difference between the micro-displacements
measured when rolling the sphere backwards or forwards, or when
under static conditions. Fig.4 shows the graphs of radial
displacement on the plane surface. Curves 3 and 4 are for
conditions of rolling towards and away from the end of the gcuge;
curves 1 and 2 are for absence of work hardening with roll.
Curves of relative radial extension for slow rolling (v = 5 Mm/sec)
are shown in Fig-5, where curve I is theoretical for the plane,
curve 2 is experimental for the plane and curve 3 is experimental
for the sphere. The occurrence of shear and tensile stresses in
the surface and the role of micro-cracks in the breakdown process
are briefly discussed.
There are 5 figures and 2 Soviet references.
Card 5/8

s/.79/6o/000/006/034/036
E081/E135
Experimental Investigation of Micro-Displacements in the Contact
Region of Elastic Bodies and the Strength of the Surface Layer
Zell
Ur
Card 6/8
Fig.2
0mr.
Fig.1
,I U:. 2

S/179/60/000/006/034/036
E081/E135
Experimental Investigation of Micro-Displacements in the Contact
Region of Elastic Bodies and the Strength of the Surface Layer
Fig-3
Cr/fO--SCrI10 .5
.3

Er
0

3

Z ~
L
Card 7/8
3 z 1 0 -1 -2-3
fr/105- Ct/105

S/179/60/ooo/006/034/036
E081/E135
F-vperimental Investigation of Micro-Displacements in the Contact
Region of Elastic Bodies and the Strength of the Surface Layer
Ur
4
'Dar.
Our. b
Fig. 4 Fig.5
SUBMITTED: June 2, 1960
Card 8/8

AUTHOR3: ? e g i n D-
f essor , Or lov V
TITLE: A strain ~,,,iuge .I ire
in the c ontact zi)r)f. u f ~ onjug;-jted mj-n,
PERIODICAL: Ves tn 1 k mash I rj,-, b trc%y e ri i y:i , r,:" I 4r I ,
TEXT: Mea staring e I as tic or p.1 qt ic d isp1 -i, emeti tz~ i~ iv
points in the contact zone is ulf'ter) di!'f ~ ~u! t u~,t- r
lity. An example is inv estig~i ti ng ief,)riivi tic~ns i.,, ltit~ 4 i
faces of rails or in the t , re,, of !r- i,.,hl w h e e
teeth in -rears and worm~3, ba 1 ue;j rl ne- e
0
ges etc As the area o.f t -rj t rit: r;-j be--,ri!jt! -M~j
gradients of stresses and re e!.
great -obstacles in thu me~jsureuients, T~,e e 1.
o f s i m i 1 a r o r n a t a r a I e x ~ e r ~, m e r, t s ~, i-- r r; F7,
remains ansolved. This enhar-., e,~ ti.e t 1 r. rt,
t e r e s t o f 1 n v e s t i ga t I n p~ t r e z3 s es
Card 1/4

0
A strain gauge methoJ ... DIa 'j)
zone of ac tia I c()mpo!;en t,~i -ri:t I i ri~7,
turials. The art,~ I e
s the me ti.,o,i c, f :,e:,
which was deve,,-)pe,3
a t the In,, t i Itu t m.1
The trant~du-,-er -, r,
15 - 20 ju-k d 1- ~i m e I e!-
fa,~e. The gro-.)ve W
mav be wedge-sh-i,,--:~ t
of 30 to 50 /u i( ~A n ~i
groove i--,
latter were 20 L mm n

cer wire .15 1 r,~i L ~:I~Z 1',!
W
drying. One efol w i
oper~uti,-)n 1,~ perl~---;, i
vol ts supp] y whet. i t: 'Ti i
of a m,,crc-7- -, p e .n e i ~;-n

and the
kg/mm2,
thick . The 1 ~i t tet i
Card 04

28153
S/1 '12/61/000/003/00-5/0 13
L
A strain gauge method D,241/1)305
zone. The displacements of th,~ investigated point, i.e the weld
spot of the front end of the transducer in relation to its rear
end, increase or decrease its tension, ani thus its electric re-
sistance. The restrictiveness of the zone of local surface defor-
mations and the relatively large lenrth of the transducer allow
the assumption of the rear end of the transducer as a fixed point
which is used as a datum for computing the displacements of the
front end of the transducer. In special cases the displacement of
the rear end can be measured with an additional transducer or by
calculation. To record the cf,anges of the electrical resistance,
the transducer is connected into a bridge circuit. The earthed
end of the transducer mu8t be connected with the similar (earthed)
end of the supply coil. The unbalance current is amplified and in-
dicated by the oscillograph with a simultaneous display of defor-
mation and time markin The calibration of the scope is made with
the use of a standard ~rleference) beam, whose central part is sub-
ject to bending only. The scatter of indications does not exceed
4%. In the above it is assumed that the groove is sufficiently
small to affect the distribution of displacements and stresses.
Card 3/4

28153
3/12216 1/000/003/003/013
A strain gauge method ... D241/D305
This was verified by measuring local deformations on the flat sur-
face of components in the urea of itts contact with a 811 diameter
ball. Both surfaces were ma-hanud with high precision and hardened
to HRC 62-63. Two tenBion tr;inodurer-, were placed at the flat com-
ponent: one on the si-a-face and ~;ne in ri groove, The components
were compressed and the distanr,7 t,etween the conla-t center and
the frontend of transducer was v;jried. The same was repeated with
the second transducer. For loads cf 10 and 20 T the diameters of
contacts were 8.2 and '0.3 mm. There is ~-inly a small dif1'erence
between the indications of the -w(-; transducers, which confirms
the previous assumptj~r,n. Eyamples Eire giver, which demonstrate the
possibilities of the strain gauge meth,-,d In experimental investi-
gations on contact problems. There are t, figures and 2 Soviet-
bloc references.
Card 4/4

PINSGINJO S.V. (Moskva); ORWV, A.V. (Moskva)
Resistance to notion in som cages of free roll#pg. lzv.AN SSSROtd.
tekh.nauk.Makh.i mashinost.r. n0.3:91-.97 W-Je 161. (MIRA 14-.6)
(Notion) (Friction)

S/ 1. -"a lr-~c
AO,SVA:r,:
AUIHORS Orlov A V , Zan,11'.er, N I., Kuko.', V, V , AleRsari;-
-~-Iv~--Or, 6~-I* -
T -7 -ILE Investigati r-, : f the --!ye:- rir.,.4; s!--
PERIODIC,',L: Referativnyy zhurnal, Metallurgiya, nc.. 2, PJ--:, 1 C
(-3b. tr. Ulkr. n.-i. in-t metallov", no . 7, 24L
TLXI, Using the methods of m'-croscupic and X-ray structure analyz;Is,
a-nalysis was carried out of the structure of borated layer ~)f steel 4C k-.uhje,
to borating by the method of electrolyzing molten borax at 9600C at a -,urren*
density of 0.2 ampere/cM2 and 5-hour duration. The structure of the borated
cf steel 40 consists of the (X-phase, carbide B4C, borides FeB and Fe^B, whi,t-
as one recedes from the surface, appear in the following order: c6-Fe. B4C, I),-)- IA---
The microhardness has the greatest value at the surface and decreases gradu,,i-',',-,
with approach to the base metal. There are 16 references.
[Abstracter's note: Complete transIatJ(-)n1
Card 11/1

LINKOV, G.M.; ORLOV, A.V.
Forging bracket rolls with an automatic manipulator. Avt.prom.
28 no.2:40-43 F 162, (MIRA 15-.2)
1. Nauchno-issledovatel'skiy institut avtomobil'noy promyshlennosti
(Rolls (Iron mills))

TSIRIK, L.M.; ORLOV, A.V.
Mechanizing the removal of forgings and tails from trimming presses.
Avt.pron. 28 no.1200-33 D 162. (AURA 16:1)
1. Nauchno-issladovatellskiy tekhnologicheakiy institut avtomobillnoy
promyshlennosti.
(Forging)

ORLOV, A.V.
Present state and outlooks for the development.of technological
processes of rolling Ingotg for stamping. Aytiprom. 28 no.12:
35-36 D 162. (MIRA 16it)
1. Nauchno-issledovatellskiy institut avtomobillnoy promyshlennosti.
(Rolling (Metalwork))

ORLA)V, A.V.; GEL'FGAT, Ya.A.; CHE14KAYIN, V.V.; Kl',GHI',Kl".ZYAN, A.N.
Str-dcturf'i.9 )f eytra-.,Ipef, wells. Truty VNIIBI. nr,.913-1? 16~" .
(MIRA 170)

GEL I FGATI, Ya. A.; Of a)~", A.*" . ; r I C~.E. ; ~*hUKAYYV , '~ J .
Lotal-11fli.,'ne -vrtij'!~ (~ml-Irlefil nopendf-rice of'
characterist~'ca on %he parametHra r~f drilling practices.
Trudy VNIIBT Wi. Mm 1":,o

ORLOVP A.V.; BEDERDINOV, A.B.
Present state and trends of the development of the productio,-,
of connecting rods by forging in the automobile industry.
Avt. prom. 30 no.5:33-37 Itr 164. (MIRA 17:9)
1. Nauchno-issledovatel'skiy tekhnologicheskiy institut
avtomobillnoy promyshlennosti.

T(M)/EWp(w)/FpF(C)/T/,EWP(:t)/EWP(b) DJ/JD
IEV
00-"
APS012077 tIR/0380/65/000/001/0127/0135
621.833
AUTHOR.- Orlov, A. V. (Hoscov) '30
TITLE: CarrYing capacity of Novikov transmissions for different types of contact
SOURCE: Pbehinovedeniye-, no. 1, 1965, 127-135
Topic TAGs: mechanical engineering, mechanical power transmission.device, transmisd
sion'gear
ABSTRACT:
'Novikov transmissions with. large jLtMIwere tested for carrying capacity
under pointrcontact an&-line-contact operatingconditions. The tests were done on
wichine for tangential loading of the gears with a force of 200 to 6000 kg. It was
fo that.moderately loaded helical teeth with Ar/hr, v O.I.have a nearly ellipti-
With.increasied wear, this form approaches the line-Contact form, al-
though an actual transmission can never'be run in to the pointwhere the contact is
_'~~&Ctuauyvvuth* line:Aype (1i the t f ati a in Interazial
rue~seise).because o vari on
aiional* i"
dUtenct. soviet'Aid forelin- cow exper , ce showw-that Novlk6vjransmis-~ I
*ions havi a:1oad *capacity*; 2-2'. 5#,'. and in isolated cases 6 times that of transmissiors
L3

L 330D44
ACCESSION NR: AP5012077
ith-involute teeth. With respect to contact strength, Novikov transmissions are

Most
sehsitive to variations in the interaxial distance, and the aggrevation of this
itivit
sons _y increases as the teeth are worn in imore precisely as Ar/r, is reduced).1

A.zeomparatively small increase in the interaxial distan rebults in a concentrat
ion!
of the I d on the edge of the concave a

h
Ca tooth.,,~Oper ~n:l experience shows tha
i

k;
th
s destroys the surface and leads to fati;u cracks -hich.wear out the tooth A
h
Johiftin the maximum pressure area to the tip of the concave tooth Is also due to
ilatensive.-.wear at the tip of the convex tooth with a corresponding redistribution of,
4he:load.,..Transmissions with point-contact are -much less sensitive to deviations im
w1the'interaxial distance than worn-in transmissions. To correct inaccuracies in the
it is advisable to run in the transmissions with oscillatin interaxial dis--
19"rS
Aances.' When this operation is correctly done the contact area is increased and the
Smlfiivity to interaxial variations (within a certain range) It decreased. The av-
erage..pressuri is only slightly dependent on shaft misalignment, but the direction
of nisaligument has a considerable effect on the configuration of the contact area.
2,....1f the gap between the teeth is reduced on the disengagement side, the contact spot
icomw a a Lip of approximately uniform width. Misalignment in the reverse diree
causectt"Xy defined, A~dge-contact. In.some cases the effect of individual
6 cah be -corrected by.. eftmensatt6no, Orig.-art. 9.figures, 2 ta
b1
213-,,

:.--l

DOT
-,tliii
77
~NQ
74~
7777

,4; ''k" A.V. 0 ,-EKP-JtN, Y.Ye., inzh. (Mosk-va)
1
inzh. (Mc-skva,; P
, 1 ;7 f- * I
,;qp ~~f B team !',- r knw~k Ing dovr, hang I ngr -harpe a in Lins. r , , .1 Y. i -1
I
:~:,.7t9-11 J'l 165. (XI P.A -1 ~ - P)