SCIENTIFIC ABSTRACT PAVLOV, V. V. - PAVLOV, Y. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239620019-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Fcm Plastics; Collection Of Articles sov/42D7
Poplav, V.A. and V.A. Kontratlyeva. Foam Plastic Sheets Based an Phenol
Formaldehyde Resin and Its Combinations With Rubber and Fillers 91
This is a detailed study of foam Plastic sheet production based on
Phenol formaldehyde lacquer resin (foam plastic sheet FF) and on
combinations of this resin vith scrilultrile (foam plastic sheet of the
FK type) - In the Soviet Union these fow plastics are produced by the
non-pressure method and are mong the most cammonly used products.
Khimenko, G.S.J. V.A. Popov, SoL. Fleyshman, K.Po Goraldy, and G.M. Smolentsev.
Application of Foam Material FK-2D_ST in the Manufacture of Antenna Reflec-
tors of Aircraft Radio Electronic Equipment 109
This study data on the physical, mechanical, and dielectric properties
a foam material ?K-2D-ST. It also includes data on the design or
antenna reflectors, the molds for reproducing such reflectors, and their
fields of application. It is concluded that antenna reflectors made from
foam material can be produced at a lower cost than from metal.
Kafengauz, AoPo iind Ye. lo Yadicheva. Production of Gas Filled
Polyurethanes 117
This study 6- -s the technology of producing gas filled polyurethanes,
the properti-z polyurethanes, and fields of applicationo It also in-
eludes dp-ta oa t e polyesters,, diisocyanates, catalysts, and emulsifying
agents used In ,- production of gas filled polyurethanes.
Card 6b

Foam Plastics; Collection of Articles SOV/4207
Pav1DV V.V. It H.S. Goryachev., and T.F. Darasova. Usin,3 Polyurethane Fow
Sheets in Aircraft Structures 131
This study contains data on the technology of producing radomes and
dielectric grating reflectors for antenna installations. It also in-
eludes data on various ways of filling the structures vith foam material
Borodin, M.Ya... and Z.I. Kazakova. Foam Plastic Sheets From Organic Silicon 157
This study contains data on the production technology and properties of
foam plastic sheet K-40 made from organic silicon. High thew-al
stability and good dielectric and heatproof properties make this foam
plastic suitable for applications in the field of radio engineering and
heat insulation at temperatures of 2DO-250* UP to 500 hours and at temper-
atures of 300-3500 up to 50 hours.
LoBev, I.P., D.A. Kuznetsov, and V.D. Valgin. Foam Plastic Sheets Based
on Polyepoxy Resins With Aromatic Dismines 167
This study contains experimetnal data on the production technology
and properties of foam plastic sheets made from polyepozy resins vith
aromatic diamines. It also includes data on the Interaction of such
Card 7/8

Foam Plastics; Collection of Articles SOV/42D7
resins vith metaphenylenediamine and on the optimum foaming conditions
for the compositions, and on the effect of the surface active compounds on
foaming conditions. This type of foam plastic sheet can be used as struc-
tural and electric insulation material at operating temperatures up to 110*
in the field of aviation and electrical engineering.
AVAILABLE: Library of Congress
JA/rn/'zm.n
Card 8/8 9-0~

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S/061/62/000/009/067/075
B101/B144
AUTHORS: Rogov, L. V., Pavlov, V. V.
TITLE4 Production of foam polystyrene by means of various foaminE
agrents
PLRIODICALs . Referativnyy zhurnal. Khimiya, no. 9, 1962,,592, abstract
9P51 (6b. "Penoplastmassy", I.I., Oborongiz, 1960, 45 - 49)
TNXT: A method was developed for producine foam plastics (FP) with a
density of 0.03 to 0.1 g/cm3' udable up to 700C, based on polystyrene
emulsion and formed by the use of foaming agents 5, 10, 254, andt.:~,'(BSG)
(-- vith I'a 0.03; -11, -G,-'('(PS-BSG) with r- 0-05;rC--5(PS-5j)
with 0.06; M~ -254(PS-254(P,3-254) with f-- 0.1). The PS-16 having a
hommogeneous fine-pored structure and a goodaurface was the best of the FP
so obtained. To produce FF,polystyrene is mixed. in ball mills for 14 - 16
11r, tith the corrcBpondinq amount of foaming agents. TI.A fini8hed mixture
is screened through a silk sieve no. 30, thencompressed t 100 C under
100 - 150 atm. The semiproducts are foamed at 98 - 100 I..for 3 - 4 hr in
Card 1/2

9 14 160
/Foo ;L 7)
AUTHOR: Pavlov, V. V.
33579
3/19 61/000/012/090/097
D271YD301
TITLE: Technology and properties of expanded polystyrene
radomea
PERIODICAL: Referativnyy zhurnal, Avtomatika i radioelektronika,
no. 12, 19619 43, abstract 121241 (V ab. "Penoplast-
massy", M., Oborongiz. 1960, 64-80
TEXT: Expanded polystyrene with its exceptionally high and stable
electrical properties was one of the first foam plastics which at-
tracted the attention of investigators developing radomes. It is
known that polystyrene can be given a foamed structure by various
methods, but for radomes the beat is pressing which produces an
expanded material of the greatest strength, with a homogeneous
small-cell structure. For a long time, however, it was not poes-
ible to use expanded polystyrene for radomes because of their spe-
cific properties (large dimensions, thin walls, complex shape)
and because suitable technological production methods did not
Card 1/2

15
S/08 61~0000/022/068/076
B1 44~Bl 38
AUTHORS: Pavlov,-V..V., Goryachev, M. S., Durasova, 1. F.
TITLE: Utilization of polyurethane foam plastics in aircraft
construction
PERIODICAL; Referativnyy zhurnal. Khimiya, no, 22, 1961, 452, abstract
22P75 (Sb. "Penoplastmasey". M., Oborongiz, 1960, 131-156)
TEXT: General information on the following subjects is given: production
technology for foam polyurethanes (FP), main physical and mechanical
properties of ;'I~f-101 (PU-101) andf-tY-1011 (PU-101A) type FP's, and the
production technology for radomes, grating reflectors, products with
closed reinforcing tramework, with simultaneous bonding of the reinforcing
tranework, pannels and heat.-insulating blocks, and to radiotransparent
inserts. The paper also describes the use of FP as a light potting
compound, the moulding of complex small parts 30-50 cm3 volume with varying
wall thicknesses, the filling of product by means of an insert, and
investigations made to determine the resiBtance of radomes to deformation
under the effect of high temperatures. ~Abstracter,s note: Complete
tranale6tion.-I
Card 1/1

P4 V~ v V'~
PHASE I BOOK EXPLOITATION SON7/606_
Aleksandrov, Avraam Yakovlevich, Mikhail Yakovlevich Borodin, and Viktor
Vasil'yevich Pavlov
Konstruktsii s zapolnitelyami iz penoplastov (Constructions With Foamed-
Plastic Fillers). Moscow, Oborongi41962. 186 p. Errata slip inserted.
4500 copies printed.
Ed. (Title page): A. Ya. Aleksandrov, Doctor of Technical Sciences, Professor,
Ed. : L. M. Kurshin, Candidate of Technical Sciences; Ed. of Publishing liou-se.
N. A. Gortsuyeva; Tech. Ed. : A. Ya. Novik; Managing Ed. : S. D. Krasil'nikov,
Engineer.
PURPOSE: This book is intended for design engineers, designers, process engi-
neers, and students of schools of higher technical education.
COVERAGE: The book deals with the characteristics of working with units con-
structed with foamed-plastic and similar light fillers. Methods of designing,
Card 1/0

Constructions With Foamed-Plastic Fillers
SO,.'/F'(j()"
manufacturing, calculating, and testing the strength of such structures ar~
cussed. General information on foamed plastics and their physicochem-1--al p.-op-
erties is also given. Ch. I was written by M. Ya. Borodin; Ch. 11, by
Pavlov (except parts A and B of section 4, article 2, and article -0, am: fl,.- _n
troduction, Chs- III and IV, and the remainder of Ch. II, by A. Yd. Aleksan-'_ o'
No personalities are mentioned. There are 34 references: 15 Soviet, 14 Eng~*~I_
4 German and I Italian.
TABLE OF CONTENTS [Abridged
Introduction
Ch. 1. Foamed Plastics i
1. General information
1. Structure of foamed plastics
2. Production methods and principles for foamed plastics
3. Dispersion and volume weight of foamed plastics 28
Card 2/0

PAVLOV, V.V.
ftlynologleal data on the age
of Sobo-Khaya at the mouth of
Sbor.st.po paleont.i biostrat.
of deposito composing the olovation
the Vilyuy River (Lena coal baein).
no.12:74-77 158.
(MIRA 13: 4)
(Bobo-Khaya region--Palynology)

PAVWV, V. V.
Results of a palynological analysis of samples from deposits
of the Beacon sedimentary-volcanic series (Antarctica, King
George V Land, Cape bluff). Sbor.st.po paloont.1 biostrat.
no.12:77-79 158. (MIRA 13:4)
(George V Coast-Falynology)

PAVWV, V.V.
IdentifyIng specles of the fern gez)uB Conlopteris by spores.
Sbor. at. po paleout. I blostrat. no.13:59-61 159.
(MlqA 13:3)
(Coniopteria) (Spores (Botany))

PAYLOV, V.V.
Some problems concerning the relation between spore and
pollen complexes and the lithological composition of
rocks. Sbor.st.po paleont.i biostrat. no.16:94-105
159. (MIRA 13:3)
(Palynolog7)

PAUDY. V. V.
Cooprehensive study of vegetation based on plycological analysis
and studies of leaf Upressions, Sbor.st.po palsont.1 biostrat.
no.18:66-78 6o. (MIRA 13:8)
(ftleobotanical researcb)
I

VASILEVSKAYA, Nina Dmitrtyevnia: =,-VRAIvn Rktgravipht OUSEV, A.,Lv
kand. geol.-minerel. raur,-,rwd.j IVIVINA., 101e,, velmusbchly red.;
YASHCHMUNSKAYA, A.B., te)dm. red.
L
(Stratigrapby and -flom of Cretaceous oadimenta in thm Iona-
Olenek region of ttm Iona coal basin] stratigratne. i ricra
melovykh otlozhenii lono-Olonekskogo raiam Leniskogo uglemoonogo
baseeina. Leningrftd,, G*jstoptekhizdat,, 1963. 95 p. kleningrad.
Naucbno-iseledovatellskil institut geologii Arktiki. Trudy,
vol. 128. Problemy neftegazonosnosti ArkUki,, vol. 2).
(MIRA 16:6)
(lens. Basin-Palebbotany,, Stratigraphic)
Uena Basin-Coal geoloRy)

POFFL#p S.I. (Sverdlovsk); PAVWV, V.V. (Sverdlovsk)
Effect of the surface activity of nozpomnta dissolved in iron
on the consecutiveness of their oxidation, Izv, AN SSSR. Met,
i gor. delo no.5t42-49 S-0 163. (MIRA 16:11)

POPELIJ. S. YESIN, 0. A.
Calculation of the surface tension of liquids by means of the
excess isochore-isothern potential. Part 1. Zhur. fiz. khim.
37 no. 3t622-.627 Mr 163. (MMA 17:5)
1. Ural'skiy politekhnicheksiy institut imeni Kirova, Sverdlovsk.

POPE111 p S. I.; PAVIPV, V. V.
Rate limiting reaction in a converter bath. Izv. vys-ucheb,
zav.; chern met. 7 no. 4:5-10 164. (MIRA 17:5)
1. Urallskiy politekhnicheskiy institut.

piwi nv, v.v.: Prip.-ni , , m ~
~~ --~- , F.
Kinetic dharacl-oristi-!3 c" tne " 1-1 ,-,u reaction developing
at the surface of 1;,-ibtles c." a ~,oillng bath. Izv. vys, ucheb,
zav. charn. met. 7 no. b-,5-10 164. (KIRA 17!7)
1. Ural'sklY polile~hnirhwikiy inntitut.

V.V.; S.7
conponents ir. oyi-te v .
no.6:30-37 '64-
c f F3 K, i tiU,~t, kafedra teL)ri'
!~rallsl pc ,e k 5
r,-- I c h es k 4 k 1. ! r cc, t s e s -q iv

PAVLOV, Vj,
Uve of intubation aneethesia. Zdrav. Kazakh. 21 no,1:18-21 161.
(MIRA 1413)
1. Is Severo-KazaUstanskoy oblautnoy bollnitay.
(INTUTRACHEAL ANESTHESIk)

PAVLOVS Va.
Late pains following herniotuomy and characterls tics of *,!Le tO--sg--a;hy
of the i1ioinguinal norve. Zdrav. Kazakh. 21 no.5t24-27 161.
(MIRA 15:2)
1, Is kbirurgichoBkogo otdoloniya Severo-Kazakhatanskoy oblastnoy
bolluitay. (&W41A) (ILIOINGUMAL NEMS)

, PAVLOV, V.V.,- ANDREYEV, D.P.
Operative treatment in acute stages of Werlhof's disease. Zdrav.
Kazakh. 22 no.8:70-71 161. 0/,LiA 14:9)
1. Iz Severo-KazakJistanskoy obiastnoy bollnitay.
(PURPURA (PATHOLOGY))

PAVLOV, V.V.; KOVALEV, V.A.
Extensivo oavernous heMaWloma. Wray. Kazakh. 22 no,lOt7l-72
162. (MIRA 17:5)
1. lz Severc--Kazakhstanskogo oblastnogo onkologicheakogo
dispansera.

--t.v,.Ov, 'I.V.,* ?*~i'-'~. r, . , I I
c, ~ -ci,
- -, . n -,f -
1
. C--3 1
a . 7 , . r"', f % , , , ~ I '. - -
.,- - - - , k;., ~ -;, ~ ".
1. ~. ~
. 1 z ~, - . I - , I * , - - - .

PAVLOVP V.V.1 POPELI, S.I.
-- ---- -- - - - I ~ .
Dependence of the surface tension of re&l solutions on com-
position and temperature. Wmr. fiz. khim. 39 no. 1t;94-186
Ja 165. (MIRA 19tl)
1. Ural'skiy politekhnicheskiy institut imeni S.M. Kirova.
Submitted Dacember 19, 1963.

PAVLOV, V.T.; POPELI, S.1.1 YESIN, O.A.
Wculation of the surface tension and adsorption of the com-
ponents on the interface of condensed phases. Zhur. fiz. khim.
39 no. lt214-218 Ja 165 (MIn 19tl)
1. Urallskiy politelrhnicheakiy institut. Submitted February 18,
1964.

PAVLOV, V.V.; POPELI, S.I.
Temperature dEpendence of the surface tension of Bolutions.
Zhur. fiz. khim. 39 no.4:973-977 AP 165.
(MIRA 19- 1)
1. Urallskiy politekhnicheskiy institut, Submitted May 6p 1964.

R, AP6005278- IJF(o) JD/WW/JW/J0/UURCE CODE: UR/0413/661000/001/0D17/0017
DJ
0 Moskalen_ko. 'No D.; NovIkovI 0. ravlov, V, V. -GaLbm 2 - 's
Makhmjskiv. V. S.; Zhizhina,. T.- S.; Rakbinskif, 1. A.
.,ORO., 'none -
TI TLE: Continuous mil f or, rollin aluminum strips from,liquid meta Class 7,
No. 177395 '47. T -, YY,
Ww
.SOURCE-..:,,-Izobreteniya, prgmyshleanyye obraztsy, tovarnyya znaki, no. 1, 1966, 7
-luiinum strip ral;ling, continuous rolling,
OPIC:TAPSi aluminum aluminum strip, a
ind toid -vetal, rolling
j
ABSTRACT.'
'This Author Certificate introduces a,cont uo" 31ill for rolling MI
uminum
itak from Iiquid Metalj4 The mill coWrises a. continuc 'us casting Machinelvith a
'mold formed by.a.metal bolt and a wbeel, a raw strip 81 1dAing.stand, a planetary
and a linis", stand. In order to synchronize the csstimg and rolling rates, the
112 669,JA 4421 7*6.271621-771.-237.064

FAVLOV, V.T.. Inshoner, nauchuyy redaktor; BIGAK. B.A.. redaktor Isdatelstva;
S.S., talrbatcheskly redaktor
[Charts for general mechanization of construction work] Skhavy
kompleksmol makhani2staii stroltelinfth rabot. moskya. Gog.ird-vo
lit-ry po stroit. i arkhtt, No.?, sec.3- LZarthwork in laying out
foundation pits and trenches for industrial and public buildings]
Zeslisays raboty pri ustroistva kotlovanov i transhat pod promyshlen-
nye i grathdanskie sooru2hentio. 1957. 121 p, (MlaA 10:7)
1. Akadentya stroitel9stva i arkhitektury SSSIR. Mauchno-issledov*tall-
skiy Institut organizatell I aekhanizateit stroitelletys.
(larthvork) (Youndationa)

AUTHOR: Pavlov, V. V. SOV/138-59-2-12/24
TITLE: fiEii-closed-11T-ype Press Moulds (Press-formy zak .,-to6o
tipa)
PERIODICAL: Kauchuk i rezina, 1959, Nr 2, pp 41-43 (USSR)
ABSTRACT: Rubber components (cord rings etc.) for machine
construction which are required to operate at high
temperature and under arduous conditions are not always
satisfactory when pressed in the usual type of "open"
or "partially enclosed" moulds as shown in Figs 1 and 2.
Components from such moulds have a large amount of
flash - amounting to 10 to 20% of the weight of the
part and much more in case of very small components.
Besiaes the pressure is not maintained on the component
since the flash holds the mould halves apart. The
"enclosed" type of mould, shown in Fig 3, limits the
amount of flash or flow-out to 0.8% to 2.0% of the
weight of the component because there is internal and
external vertical cylindrical confinement, as well as a
horizontal confinement and the pressure is applied to
virtually the true horizontal projected area of the
Card 112 component. Pressure distribution in these three types

FAVIN, V. V., Aspirant
"The Use of Reduced Geometric Characteristics in the Calculation of'
Beams nnd Plates During Elastop-astic Deformations." Cand Tech Sci, Moscow
Order of labor Red Banner Construction Engineering Inst imeni V. V. Nyb.:,,shev,
21 Dec 54- (VI40 20 Dec 54)
Survey of Scientific anti Tochnica.1 Diswrtntlow) Dt-fonde.11 tit
Higher Educational Irwtitut-ions (12)
SO: Sun. No. 5456 24 Jun 55

PAVLOV, T.T.
. *Ie ~,k~
.,*4
w.mftwP
Solar rotation and sunspots. Biul&TAGO se.18:49-52 '56o
(KIAA 10:1)
ksun-Rottition) (Sunspots)

PA'VLOVj V. V.
ISAKOV, I.S., prof., admiral flotn, otv.red.; PETROVSKIY V.A.. dotsent,
kand.voyenno-mrskikh nauk, kontr-admiral. red. tdocessed]; DIP4111,
L.A., dotsent, kand.gnograf.nauk. inzh.-kepitan 1 ranga, glavW
red.; BARAIPV. A.H., red.; BERG, L.S., akademik. Inzh.-mayar, red.;
BOLOGOV, N.A.. dotsent, kontr-admiral v atitafto, red.: VITTRR,
I.A., profe9sor, dnktor geograf.nauk. red.,; GRIGORITBV, A.A.,
akademik; TEGORIYPV. V.Ys., zuslu2hanW deystell naukt, prof.,
doktnr voyennn-mrskikh nank. I-ontr-admiral v otstavke, red.;
Z1140, L.Ta., prof., red.; ZUBOV. N.N., prof., doktor goograf.
nauk, insh.-kontr-admiral v otntnvke, red.; KkVRATSKIT, V.V.,
prnf., doktnr fizlko-mat.nauk, Inzh.-kontr-admiral v otntavke, rod.;
KALESNIX. S.V., prof., 4oktor geograf.nauk, red.; KUDRYAVTSEV, M.K.,
general-1mytenant takhn.voyak. red.; LAWKIN, S.M., kapitan 1 ranga,
red.; MATUSSVTCII, N.N., 2asluzhanWy deyatell naliki i tekbniki.
prof., doktnr fiziko-mat.nank, In2h.-vltse-admiral v otstafte, red.,
[deceased]; MFSHCMIINDV, I.I., akademik, red.; MILRNKI, S.dr., red.;
ORWV, B.P.. prof., doktor geograf.nauk. red.: PANTHLEM. Yu.A.,
vitse-admiral, red.; S*MHINSKIT, V.A., dotsent, kand.voyenno-
wr9kikh nauk, in2h.-kapitan 1 ranga, red.; SALISHCHEV, K.A.. prof.,
doktor tekbn.nauk. red.: TRIBM . V.F., admiral, red.; FOKIN, V.A.,
vitse-admiral. red.; SWEDE, TeJe., prof., doktor voyanno-morskikb
nauk, kontr-admiral, red.; SHUIMKIN, V.V., akademik, inzli.-kapitan
1 rang&, red.; !AVIiO!4,1.j,,,-Inzh.-polkovnik, red.; VOLKOV, F.G.,
(Continued on next card)

ISAKOV, I.S.---(continued) Card 2.
podpolk-ovnik, powshchnik glaynogo red. po lxd-vu; SEWY. N.Te.,
kapitan 2 ranga, ucheiWy sakretRr'; TOROBITEV, V.I., kapitan
I rangs, red.kart; 141GALKIII, G.A., lnzh.-kapitan 1 rnnga, red.kart:
GAPONOVA, A.A., red.kart; GONCHAROVA, A.I., red.kart: GORBACHRVA,
Mo., red.kart; ORYMTREW,, G.Yu.. red.kart; DtWV, A.G., red.
kart; YERSITOV, I.B., red.kart; ZILIBERSHER, A.B.. red.kart;
KASTALISKAYA. N.I.. red.kart; KUBLIKOVA, M.N.. red.kart; HAKARDVA,
V.N.. red.kart; IJDROZOVA, A.F., red.kart; PAVLOVA, Ye.A., red.
kart; POCHUBUT. A.H.. red.kart.- HDMAWVA, G.N.. red.kart; SMIRNDVA,
L.V.. red.kart; S141RIK)VA, L.N., red.kart; TANANKOVA, A.I.. red.
kart; YATUTICH, M.A., red.kart; YASINSKATA. L.P., red.knrt;
USTLITEVA, Z.P.. tokbn.red..- VIZIROVA. G.N., tekbn.red.; GOWVAW)VA,
A.T.. tekbn.rotd.; VOTDKHDV, V.I.. tekhn.red.; MALIVY.0, V.I.. tekhn.
r"d.; SVIDERSKAYA, G.V., tekhn.red.; CHERNOGOROVA, L.P., takha.red.;
FURAYWA, Te.M., takhn.red.
[Marine atlas] 1-brmkot atlas. Otv.red. I.S. Iaakov. Glav.red.
L.A. Demin. Izd. 14Drakogo genorallnogo obtaba. Vol.1 [Havigation
gangraphy) Navigateionno-geografichaskil. Zamastitall otv. red.
po I tnmu V.A. P"trovskil. 1950. 83 maPs. (MIRA 12:1)
(Continued on next -card)

ISAKOV. I.S.---(contlnu"d) Card 3.
1. Russia (1923- U.S.S.R.) Voyanno-morskoye miniateretvo.
2. Nachallnik *)rnkngo kartograftchmakogo InNtituta v07"nnO-
morskikh all (for LarVkln). 3. Deyetvitellnyy chlen Akademii
pedagngtchmakikh nank RSFSR (for Orlov). 4. Nachallnik Gidro-
grafichOBkogn upravloniya voyenno-miorskikh nil (for Tributs).
5. Gmnerallnyy posudarstv. dirnktor topograficheskoy aluzhby (for
'Baranov). 6. Direktor topografichnnkoy slulshby (for Milnnki).
(Oc"an-Haps) (Harbors-14nps)

CHIRDAMR, G.N.; BASHUYINA, G.N.; YARUSOV. A.Ya.; KSRMUV. V.A.; FILIPPOT,
Th.T.; MRIN, D.A.; MMIN, P.Y.; KOMKOV, A.M.; KLUVATSU, Z.F.; MIROSH-
NIGHINKO, A.F.; KOLULTXV, P.K.; SrTCRTSOV, F.A-; Plvwv. V.v.
Discussion of K.A.Sallahcher's rex3ort. Brief report of speeches of G.N.
Cherdantsev, G.N.Bashlavina A.LLMarusov, Y.A.Merivalov, IM.Filippov,
D.A.Larin, P.V.Denzin, A.M.lomkor, Z.F.Karavaeva, A.F.Miroehnicheako,
P.K.iroldaev, P.A.Sk-vortsOT, V.V.Pavlov. Vop.geog. no.34:14-34 154.
(Cartography) (MLRA 7:12)

~LAMPTYEV, P.M., V.71., R---KOVA, T.N., 13YUI-l4.--,:'I,:-, L.11-1- OINIBURG,
j
a~--Alemik; MMRI, Ye. I.
7
D 1.7L 7, -All'
POPCV, K.M., Y.-'di!lLTSYJY, N.F.
IA,-v lAkovlevich Ziman, 1906-1956; obituary. Izv. A~, SL."h. ~'er.~eo-.
no.6:153-154 ll'-D 156.
(Zirman, Le- lAkovlevich, 1900-19',,6)

, A.B., gornyy inzb.; PAVLOV, V.V., gornyy tekhnik
KZDSh-58 pyrotechnical relay; letter to the editors. Gor.zhux.
no.ln:40 0 160. (KIRA 13:9)
(Mining engineering)

FAV;qv, T.T. iuzh.
fiew way for using solar energy for industrial purposes*
Inergokho2. za rub. no-5-45-46 S-0 157. (MIRA 13.6)
(United States-Solar batteries)

FAVL(YV, V,V.
Use of the combined method for paleobotanical charactee-za-
tion of Upper Msozolc, sediments in oome regions of the Lana
Basin. Sbor. at. po paleont. i biostrat. no.32:b8-78 163.
(MIRA It,.-JI)

KIRICIIHOVA., A.I.; PAVLOV V.V..
Now Cretaceouo ferna from the north of 5lberla, Palecmt. zhLr.
no.21lIS-321 165. (MIRA 18:6)
1. Vsesoyuznyy neftyanoy riauchno-issledovatellskiy geologorazve-
dochnyy institut.

NEMILOV, Yu.A.; PAVLOV, V.V.1 SELITSKIY, Yn.A.; SOLUVIYEV, S.M.,
Eysmomr~'Tx.
p
Distribution gf the masses and kinetic energies of fragments in tho
fission of Th232 by 12 Hev. deuterons. IAd. fiz. 1 no.4s633-638 Ap
165. (MIRA 18:5)

j- -3
165.

S/058/62,,'000/0c)5/058/119
AO 57/A 10 1
AU-LHORS: Abdusadykov, T., Favlov, V_.-Ye.
TI=: ~',uantiftative spectrographical determination of indium in sone
alkali-halogen crystal phosphors
P'E'RIODICAL: Referativnyy zhurnal. Fizika, no. 5, 1962, 19, abstract ')G179
("17b. nauchn. rabot Kafedry optiki i Kafedry exsperim. f. .Z.
Kazakhs1c. un-t", 1960. no. 2, 145-153)
TT--XT Results are presented on the determination of In concentration In
the alknli-ha,ogen crystal phosphors NaCl-In, KCI-In and KBr-11n prepared by thf,
-riethor'. of" ther-,odMI-islon fr-rn the gi:;eoLs phase. The concentration of 'n
T ;
PrA ~13r, containing and n,--)t containing non-activating tons Sr Lnd
,-a2+, was varied by the duration of heating the evacuated ampoules with the
components of phosphors. The quantitative determination of In was carried out by
photographic photometry of the spectral lines of In with wavelengths 3039.36 rind
3256.1 ?% and standard element (1.1) by the method of three titandnrdfi. The
obtained data were used to verify some principal assumptions of the process of
foi-nation of crystal phosphors.
rAbstracter's note: Complete translation] P. Khellenurme
Card 1/1

42072
S/503/62/014/000/007/007
1023/1223
AUTHOR% Pavlov, V.Yc.
TITLE': On the determination of the coefficient of
acattering of light in Earth' atmosphere for
small sc,-~ttering Angles
PERIODICAL: Akadmiya nauk Ka---,akhskoy SSR. Astrofi7icheskiy
institut. I7vestiya. v.14- 1962, 110-112
TEXT: In cRlculn.ting the scattqriTig of
atmosphere the rays from the sun are shown as
rays. This assumption is correct for large s1,1
,but for smaller angles the actual disk of the
be taken into account. The ratio CPI;n the
light in the
a shaft of parallel
'nttering angles,
Sun (320) should
average scattering
Card 1/2

PAVLOV, V.Ye.
Atmospberic scattering indicatrice in the visual and
ultraviolet spectral region. Astron. zhur. 41 no-3:546-549
~~-Je 164. (MIRA 17: 6)
1. Astrofizichoskiy institut All KazSSR.

I
ACCESSION XR: AP40176211 S/0033/64/041/001/0122/0127
AUMOR3. Pavlov, V. Y*.
TITLE: The atmospheric scattering indicatrix in the region of small and large
1scattering angles
SOURCE: Astronomicheskiy iburnal, v. 41, no. 1, 1964, 122-127
TOPIC TAGS: astronomy, astrophysics, atmosphere, scattering, scattering indicatrix,
atmospheric scattering
ABSTRACT: The article discusses the results of a study of the atmospheric scatter-
ing indicatrix on the basis of sky brightness measurements at solar alcracantur in
the absence of a snow cover. The observations were made in the summer of 1962 on
the territory of the Astrophysicil Institute of the Kazakhstan Acadeuw of Sciences
and in a sexidesert environment on the banks of the Itiver Ili. The stability of
the optical properties of the atmosphere was controlled by observations with the
Fesenkov aureole photometer. The article discusses, specifically: 1) the at-
mosphoric indicatrix at small scattering angles; 2) the effect of the eircuzoolar
aureole on the computation of optical thickness by the scattering indicatrix;
3) the light scattering'indicatrix ir the Earth's atmosphere at large scattering
Cr-leji. As a basis for their reasoning, the authors &as-- d that if one selects
1/3

ACCWSION N1t: AP4017624
as a scattering volume an atmospheric colu= with unit base and height equal to
the height of the atmosphere, then according to measurements at solar &Imucantar
it is possible to determine the directional scattering factor, calculated for the
entire atmosphere
I ED-P-M
ore B (~) in the brightness of the sky at an angular distancot*r*from the Skln;
EO is the illumination of an area perpendicular to the Sm's rays, at the limit
of tha atmosphere; P is the transparency factor of the atmosphere; a is the at-
mospheric mass I= the direction of the Sun. It is shown that, in the region of
Small scattering angles, the elongation of the indicatrix increases as the vuve-
length increases and as the absolute value of the circumsolar aureole increasies.
"In conclusion, the authors wish to express their gratitude to Ye. V. pyaskovskaya-
Fesenkova for her formulation of the problem of the investigation, and to P. N.
Boyke, with whose assistance the observations of the scattering indicatricen were
carried out in ;the zo=idesert area in the vicinity of the Ili River and who also
provided a scattering indicatrim which lie obtained on the top of Mount Humbell."
Original article has: 8 figures and 4 formulas.
Card 213

ACCZ;5SIO3 NR: API'017624
ASSOCIATION: Astrofizicheskiy institut Akademii nauk K=WR (Astrophysical
Lmtitute of the Academy of Sciences Xazakhatan SSR)
SUBMITTED: 02Apr63 .. . DATE ACQ: 18Mar64 ENCL: -00
SUB CODE: AS NO REF SOV: 013 OTHER: C07
C,,d 313

PAVL-OV, V. Ye.: Meter Tech Scl (dine) -- "Tho offoctivenenn o4," nom,~ FT.vqt,3,w3
of automatic braking of uncoupled care in existing mechanized clw3siflcatlon
yardn". Leningrad, 195P. 22 np (Min Transportation 19SP, lpninjqxn~ Ovl.,~r r-f
Lenin Inet of 13aiLroad Tranaport '-4'nqineera im Acad V. W. Obrfiztnov), 150, conipo
(KL, No 1, 1959, 120)

-12
An Nr. 976 26-, Vay
PHOTOELECTRIC SELF-RECORDING. DAY-'SKY PHOTOMETER (USSR)
Pavlov. V. Ye. IN: Akademiya nauk'Xazakhskoy SSR. Astrofizicheskiy
1~j in ui.. Trudy, v.: 3, 1962', 62-65. S19131621003/0001008/033
A photoelectric photometer capable of measuring thediBtribution of sky
brightness in the almucantar of the Bun from -U = 1. 5* to -0 = 180* has been
constructed for'the purpose of 1) studying the'indicatrix -of B'cattering at
.-small scattering angles, 2) measuring indicatricesof scattering in an op-
ticall'y unstable, atmosphere, and. 3):improving the accuracy of computation
of the optical depth and.,coefficient. of asymmetry of scattered light flux.
The tube of the photometer has a diamet,er of, 40 mm and a length of 600 mm;
it is equipped with diaphragms tha t delineate a solid angleof 36' without
penumbra, or ,,B' with penumbra'. An.MY-.27photomultiplier serves as radi-
ation receiver. Interference light filters with wavelengths. X - 447, 560,
and 630 mR. define the spectral region. The signal from the -.-r
photomultiplb
is delivered first. to a. four-!tube d-c amplifier and then to.aniffIO-2 100P OB-
cillograph. Tbe phot' meter rotates automatically in an~ azimuthal direction
0
at the rate of four revoluti IDMI
ons per minut.e.

FAVLOV,, V. Yo.
Determining light-scattering factor in the earthis atmosphere
at ar-13 angles of scattering. Izv*Avtrofiz.inst.AII Kazakh.
SSR 14:-UO-M 162. OURA 15:8)
(Llght~scatt*ring) (Atmosphere)

PAVLDV V Y .; SHARDBAYKO, T.N., red.
(Automation of car-classification in classification yards~
Avtomatizatalia sortirovki vagonov na sortirovochnykh 3tan-
tBiiakh; uchebnoe posobie. Leningrad, Leningr. in-t inzheno-
rov zhel-dor. transp., 1962. 40 p. (MIRA 16:10)
(Railroads-Hump yards) (Automation)

L
-- L 10 WAC _P~SM~3GWL".-ffl
~6(1)/W(e) In C
_j_P2LI-6
ACC - NRi - - 7
AR6033091 SOURCE CODE: UR/0269/66/000/007/0030/0030
AUTHOR: Livshits, G. Sh.; Pavlov, V. Ye.; Milyutin, S. X
TIT LE: Ab tiqn of light by atmospheric aerosoI5
SOURCE: Ref. zh. Astronomiya, Abs. 7.51.197
REF SOURCE: Tr. Astrofiz. in-ta. AN KazSSR, no. 7, 1UGG, 05-90
TOPIC TAGS: aerosol, light absorption, optic thicluiess, scattered light,
light intensity
ABSTRACT: A laboratory method of separating the optic thickness of scatLerinf,
and absorption which does not require the measurement of indicatrires has 15con
developed. Past and scattered light is registcre6. 'I'lic ratio of this surn Lo Liie
incident luminous flux represents the coefficient of la,yer traiisparency v-,~i,(--
characterizes the extinction caused L)Y pur-, absorption. Ai! ~~10rwhl splic-!-
used in the system of the light collecting cien-iont. Light int-~--ijsity ill 1he
and IR regions was registered by photoinultipliers through intei-fe'rencl-
Absorption in aerosols was calculated during multipoke rer'('Ct~ ". of "Jigilt fl-oi-" 1"~t
sphere. Particles of soot., lava, meteorites, graphite, clay, Fami, etc. , havc
Lcard

ACC NRI A R(ij 330
been investigatr-rl. The prcF~c-zF-. of ~:A.V, C C I j, rit r- -:i r.t
P- noticeable in,,7rc-as- in p~-ire hs,-, r pn, Sr)(,~ an(] -rric-r
high values of pure absorption. Growth of pure ~ibsrlrption .viti- Aecri,ztse ir,
length is typical for many acrosols, The Forbes effect and the sh,illow absorption
band in the blue part of the daylight fiky sp.,:~(Arutn tniq bo by this growth.
V. ZhuravIcv. [Translation of abstrik,,!tj
SUB CODE: 031
2 / 2'6~ '

PAVLOV,
N!All-
Indleatrix Of light scattering in the earthle atmephore
in the ultraviolet spectral region, Trudy ABtrofiz. inst.
AN Kazakh.SSR 4:93-101 163. (MIRA 16-11)
'r

UBLONSKIY, A.A.. prof., dcktor tekhn.riauk; PAVLOV, V.Ye., kand.tokhn.nauk
Methods for comparing the effectiveness of automatic control
systems for braking uncoupled cars. Sbor-LIIM no-170:8-33 160.
(KIRA 13:8)
(Railroads-Yarde) (Automatic control)

PAVICY, V.Ye.. aspirant
Silecting a method for regulating movement of uncoupled care in
mechanized automated hump yards. Sbor. LIIZHT no.158:279-285
'58. (MIRA 11:6)
('Railroads--Hurrp 7arde) (Automatic control)

TABIONSKIT, A.A., doktor tekhn.nsuk. prof.; FAVIDV. Y.U., Insh.
Pover of brake positions in existing mechanized hump yards.
Sbor. LIIZHT no-153:209-223 '58. (MIRA 11:8)
(Railroads--Hump yards)
(Railroads-Drakes)

s/o8l/62/000/011/ol6/057
Elll/E152
AUTHORS: Abdusadykov, T., and Pavlov, V.ye
TITLE: Quantitative spectrographic determination of indium
in some alkali-halide crystallophosphores
PERIODICAL: Referativnyy zhurnal, Khimiya, no.11, 1962, 140,
abstract 11 D 88. (Sb. nauchn. rabot Kafedry optiki
i Kafedry eksperim. fiz. Kazakhak. un-t, no.2, 1960,
145-153).
TEXT. Specimens of crystallophosphores based on NaCl, KCI
and KBr were prepared by the method of thermo-diffusion of the
activator (In) from the gas phase. The In-concentration was
varied by the time of heating of evacuated ampoules with the
components oi the phosphores. For spectral determination of in
the sample is mixed in the ratio 1:1 with a buffer mixture
(0.15a Li2CO3 + One part NaCl + 2 parts carbon powder). Spectra
are excited by evaporation ot the specimen from a channel in a
carbon electrode in an alternating current are with a current
strength of 6 A and photographed on a type vAcn-22 (ISP-22)
Card 1/2

KOt"W and %V. Pavlov
'
4I
APftkW- Z- lt%U, 6, Ifh 637-5"; *a. .4&p,, 10M. (Al.-W
3.111). --1 In # .0) "Amuft Idaminium *I"* of I-M tow. dixineor
~
6" del
st 430' V. TlW folkPaing
two see
gmin-810 SW buth Un* OW tVWj*MtWV of it*
=.Pnxvvo, Ow
h
b
i
g
rtuvem t
stion
fr
e grain-fti"
wW the digm I,( Ion, &MI thr
d
b
h oo
ifimme
et re aptitneM W
" have btv-n aub~rc~ U, & n4,otery
'
1WLKVMWW thm WWh have MA. I
IwtatcofpoothofDrwgraiiiswpjtb.
inmistion pTW " am diorownt
sucl it is shown that The fornwi, i
t
n
,
s
o
VArcim by froomy ukiiat the Wirt 0 VKY "Iwh grMter for spVi"WlW
r",ovrry Itutv". -8.
fee

See

ueo
boo
j
was. ba"AA.
*9VcIQ "so 40V Ost 614111 ex SOW Atl
&A IN a 9 A a 3 0
AV I* a ir
I

PAVLOV, V.Ye.
Empirical formula for the atmosi-Leric
allowing for t~- circumsolar aureole. Astron.zhur. 42 no.2:,3,~-
436 Mr-Ap 165 (MIRA 2E.Z."
1. Astrofizicheskiy InstitUt AN KazSSR.

RODVIOVS, B.A.# Inth. "10nin9Md4 PAMP V.Ysq IrAh. (IODINTad)
Toobacal and operatioml roquIvenento of ARS retarder*
Zbol,dovatzansp, 47 no,1209-W D 06% (MIRA ISsIZ)

4
AP16005381
SOURCE CODEt
- ----I
UR/04-13/66/000/001/0124/0124
AUTHMS: -Filippovp P, Vo; Pavlov,_Z. YO. WWWAW
ORG e. none //7
0
TITLEs A hydraulic drive of reciprocating motion. Class 47,, No. 177731
SOURCE: Izobreteniyap, promWshlewWye obraztsyp tovarn;yye znaki, no. 1, 1966" 124
TOPIC TAGSs hydraulic device, hydraulic equipment, hydraulic liquid, clutch
ABSTRACTs This Author Certificate presents a hydraulic drive of reciprocating mo-
tion,, containing a working cylinder, a jot tube for consecutive feeding of working
liquid into the chambers of the hydraulic cylinder, and a mechanical foodback for
directing the jet tube according to the position of the piston of hydraulic cylinder
(see Fig. I)* To simplify its construction and to increase its productivity, the
feedback nechanism Is made in the form of a two-shoulder lover rigidly fixed to the
shaft attached to the shank of the jet tube through a friction clutch. Ono end of
the lover is connected to a apring-loaded rod,, wbile the other end is connected to
a key-like protrusion forned on the rod, and insuring a passing of the jet tube
fron one position into anothere
Card 112
UDCt 621.226

IACC NRo AP6028602 SOURCE ODDEt UR/0033/66/043/004/0M/P890
iAUTHOR: Pavlov, V. Ye.
JORG: In-t Astmphysics, Academy of Sciences KazSSR (In-t astroMiki Akademii nauk
iYaZSSR)
TITLE: A regularity in atmospheric light scattering
ISOURCE: Astronomicheakiy zhumal, v. 43, no. 4, 1966* 809-890.
TOPIC TAGS: atmospheric scatter, optic brightness, optic thickness
ABSTRACT: The article considers the applicability of day sky brightness tables comput
ed on the assumption of isotropic light scattering in the atmosphere , to the integra-
tion of observation data at an angular distance 0 z 570 from the sun. Tables for the;
brightness of the sky were used to compute the absolute brightness indicatrixes and
graphic integration was used to deteraine the quantity: n
'r = 2:6 ;A (0) sinO dO.
The computed results ar* compared with the results of direct measurements to show that
the tables of day sky brightness can be successfully used to interpret observed data at,
an angular distance 8 570 from the sun in the interval of optical thickness Tj s 0.8
Cord 1/2 LFDCs 523.035.27

PAVLOV, Y. A.; MAM~Kl, 1-1. A.; YELYUTlN, V. P. (Prof., Dr. Tecli. S,,i.)
1, The Interaction of' Smelted Titanlwn w-'t~i Graphltc-, " iln uoo,~. .,-* ~ -.-
of Radioisotopes in Metallurgy, Sympoc"um XXXnI; Moscow; State PubIII.,-.hII:,j, !!()u.-( !'~ :-
Literature on Ferrous and NorXerrou.-. Metbliurgy, 1,-;55.
Prof'. V. P. YELYUTIN, Dr. Tecli. Su-'.; 14. A. WkLTAYdi, Ass 'I' L tant; Y. A. FAVILOV, %-: ~ - *, ~:. *~,
Chair of Rare Metal Metuilurgy, Moscow Inst. of Steei lin :. V. Staii'n.

PAVLOV, Y. A.; 14E~V, R. F. (Eng.); YELYUTIN, B. P. (Prof., Ph. D.);
Teinverature Detenminationr at The Start of' tile peu~-tlon
Oxides by Carbon, " in boor'. The Appli cat 4 on if RE- d! c) i sotopes i n Metal "ur
r"' S
XXXIV; Moscow; State PublislAno House for Literature on Ferruuc, a.,id Nonferrm:s
1955-
Prof. B. !-. YELYUTIN, Ph. D., Prc,.'., Chair of Rare Metal Metallurgy, Mos- -~)w I-Ft.
Steel im 1. V. Stalin; Y. A. PAVILOV, ASSlSTkW: R. F. MERKULOV, Engr/cla-.r -:V '.-:;.re
Metal Metallurgy.

YA. : I '.U; . . .
Turbines
Lim.ension of intake tui~es --' !-:y:r., t., 2C, r.~. :, I .:- .
Mont-ly List of ft-a.,-sian s, I !Lrary of N ~vc::'t (~,r -.'~,52. C. - -- - -
- 11 --

PAYWY, Geroy Sovetskogo Soyuza.
Unforgettnble days. Voen.znAn. 33 no.1:9 Ja '57. (YIP-A 10:10)
(Militnry oducntion)

PAV7/)Vp Takor Fadotovich; IVANDY. S.M.. redaktor; MUNffAH. T.F..
--a-W-rodaktor
[What I learned in the defence nrganization] Chenu is nau-
chilsia v oboronnom obshchestve. Literaturnala repts'
L. Savelleva. Moskva, Izd-vo Dosaaf. 1955. 39 p.(MI.PA 8:10)
(Military education)

MISHIKOVO Hikolay Sergeyevich; PAVLOVp Y.a.M.,- red.
(Goomotrical drawing; textnook for the fulfillmont of the
fulfillment of the lot task in mechanical drawing]Goovetri-
cheskoe cherchenie; uchobnoo posobie dlia vypolneniia I-go
zadaniia po mashinostroitellnomu chercheniiu. lzd,2,,
perer. i dop. Leningrad, Leningr. politekhn.in-t im. 1-1.1.
Kalinina., 1962. 104 p. (MIRA 15:9 )
(Geometrical drawing)

P,L:VLOV, YA. M.
Detall mashin (1-lachine Parts) ',.:oskva, '~ashgiz, 15154.
4,-'0 p. Dia-rs., Tables
5): N/5
741
- P3

MA"OV, Leonid Mikheylovichl MELIVIKOVA, Larisa Mikhaylovna;
PAVLOV.9 Ta.M., otv, red,
(Sections and cuts by inclined projecting planeal
methodological manual for a course in mechanical draw-
ing) Secheniia i razrezy naklonrqmi. proaktiruiushchimi
ploskostiami; metodicbeekoe posobie po knrffu mashino.-
stroitellnogo chercheniia. Leningrad, Leningr. politekhn.
in-t im. M.I.1alininal, 1964. 72 p. (MIRA 180)

BASKAZOV. V.3.; VIMYAYBV. V.11.,- GAVRILOV. R.I.; GREBRIV, P.A.; ZHEMCHUZHNI-
KOVA. Ye.Ye.; IDSLISON, I.D.; MENISHIKOV. B.S.; MOHOZOVA. YU.G.;
POPOV. V.A.; MOROV . S.F.; FAVLOV,, Ta.Xv, dotsent, kandidat tekhni-
cheekikh nauk. redaktor; inzhener, redektor;
RUBICH, K.U., Inzhener. redaktor; SOKOWVA, L.V.. tekhnicheekly
redaktor
[A colle ction of drawings for parts used in machine building) Sbornik
mashinostroitel'afth chertezhel dlia detallrovok. Izd. 2-oe, dop. t
perer. Moskva, Goa. rauchno-tekhn. izd-vo mashinostrolt. lit-ry,
1956. 1 v.. 50 1. (XIBA 10: 2)
(Machinery--Design)

YAVL"*--rakQ3r-!!k~LmXlovich. dotsent. kand.tekhn.usuk; ITSKOVICH, G.M.,
Insh.. rat senseiit-f- PMYAKOV, V.S.. doteent, lmnd.tekhn.nauk,
red.; SIMONOVSKIY. N.2.. red.isd.: IPOLISLAYA, R.G., tekhn.red.
[Machine parts] Detali mashin. Moskva, Goo.nauchno-tokhn.
Isd-vo machinostroit.lit-ry. 19589 511 p9 (MIRA 12:3)
(Machinery-besign)

S112-4,16010001020100;V0 I
A005./AO01
Translation from: Referativr*7 zhurnal, Mashinostroyeniye, 1960, No. 20, p. 28,
# 109648
AUTHORS: Pavlov, Ya. M., Smotrin. N. T.
TITLED- A Machine for Testing PlaStics at Complicated Stress States
PERIODICAL: Nauchno-tekhn. inform. byul. LeninAr. politejhn- in-t. 1959, No. 4,
pp. 63-65
TV".: A device is described which car, be put In the clamps of the machine
UM12A (IM12A) for testing plastics at complicated stress states, A tubular
plastic specimen can be subjected in the testing process to the action of Internal
and external pressure with simultaneous stretch. The device consists of ~ hollow
steel housing; the knob of the upper cap of the housing is put in upper clamp of
the testing machine. The upper end of the specimen rests :In slitted cpherical
sockets which are placed In a special nut attached to the upper part of the ho%:.Z-
ing. The lower end of the specimen is attached to the movable rod by a nut; the
lower end of the rod Is connected with the lower clamp of thq test machine by
meavis of trio nuts. The sperical surfaces of the nuts assure the hinge joint of
Card 1/2

HINIS111KOVp N.S.; RUNICH, K.N., in7h., rqtsenzont; FORSIN, Yu.Ya.,
retBenzent; PAV-4qypja~,M... prof.,* red.1 HITARCRUK, G.A.,
red. izd-va; PETERSON, M.M., tekhn. red.
[Technical sketching of machine parts]Sftemka eskizov s detalei
mashin. Moskva Mashgiz.. 1962. 123 P. (M1I(A 161l)
iMachinery-Drawing)

I V"
J-,'jj V L- 0 V, ~ t- f" I -
IGIIATOYEV,A.K., in2hener; BART,F.F., kandidat tekhnichookikh
nauk, doteent.
"Mchine parts.* YA.M.Pavlov. Reviewed by A.K.Ignatlev.
F.F.Bart. Vest.mash.-35 no.6:86-87 Js 155. (KLRA 8:8)
(Huhinery-Design) (Pavlov,IA.K.)

FAVLOTj, Ta,N* I kandidat tekhnip-haskikh nauki, dotsent; IMOVICE, GA.,
'. HUU"r, retsonsent; F. LTAKOT, V.Se, kwAldat t9k)mlcb99kikb
navk; MISUT, F.I., Inshenor, savedm"shchty redaktoleyl POLI-
SKATA, R.G., tekbnIcheskly redaktor
[Plachine parts) Detall asshin. Leningrad, Goo. n-chno-tekbn. ixd-
vo mashInostrolte I sudostrolt. lit-r7, 1954. 480 p. [Microfilm)
(mm 729)
1. Leningradskaye otdolonlye KashgIsm, (for Yetlavy)
(Machluery-DesIgn)

PAYLOVI Ya. Ill.
PAVLOV, U.N., )MAdIdat tekbmichaskikh mauk, dotsext; ITMOVIM. G.M.,
retsemsext; POLYAVOT. V.S.. kmadidat tokkatchoskM
WI&
mauk, redaktor; FWIBOT. F.1., Inshomr. redakUr.
(Padblio parts) Dotall waskis. Moskva. Goo. smuckao-tokka. lad-
vo maskimstroltollsol i sudostroltellmot llt-ry. Moskva, 1954.
480 P. Omm 7-7)
1. Lenimp&dskays otdolonlys Mashesio. Zavedayusbckly rodaktoley
(for Yetloov)
(Machinery)

! I k. ....
~ :~d
,-~~tcnlne -,~rtL; ',--Y'~book -ic~:- ~ -vc ;:.:A
. - . :, 14 - ! . ~ , -1 - 1 1
~Lro`t. 1 it-rv L~ r. ~ n.-r !,; s ~ .- ~ c * - -! . -.
1') -157 .1`2
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Bibliogri V Kontsel Razdelov.- Na Ukr. Yez- (55-2201) 621.81 and (016.3)
SD: KidzMaya Iotopis INID . 6, 1955

25(2) PHASE I' BOOK EXPLOITATION SOV/3i63
Pavlov, Yakov Mikhaylovich, Candidate of Technical Sciences,
Detall mashin (Machine Element,s) Moscow, Mashgiz, 19~8. 511 P.
85,000 copies printed.
Reviewer: G.M. Itskovich, Engineer; Ed.: V.S. Polyakov, Can-
didate of Technical Sciences, Docent; Ed. of Publishing
House: N.Z. Simonovskiy; Tech. Ed.: R.G. Pollskaya; Mana-
ging Ed. for Literatureon the Design and Operation of Machin-
ery (Leningrad Division, Mashgiz): F.I. Feti8ov, Engineer.
PURPOSE: This textbook is intended for students of machinery
tekhnikums.
COVERAGE: The book deals with methods of designing and cQnstruc-
ting such general-purpose machine parts and transmissions as
gears, drives, and joining elements. Information is given on
fits and tolerances., hoisting mechanisms, and design work.
No personalities are mentioned. References follow each chapter.
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Machine ElerAepts
TABLE OF CONTENTS:
Preface
Symbols
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3
5
Introduction 7
I. The Importance of the course, Machine Elements 7
II. Basic trends in the development of machine building 8
III. Bri0f historical data on the course, Machine Elements 12
PART ONE. BASIC IMRMATION
Ch. I. Materials Used in Machine Building 15
1. Cast iron 15
2. Steel 17
3. Copper and copper alloys 21
4. Substitute s for metals 24
Ch. II. Design, Calculation, and Construction 26
1. Forces and deformations 27
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Machine Elements
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2. Classification of stresses
3. Limit of endurance of met?.lZ
4. Effect of dimensions of a part on the endurance limit 35
5. Effect of local stresses on 111he strength of parts 35
6. Safety factors and allowable stresses 41
7. General requirements for machine parts 48
PART TWO. TRANSMISSIONS
Ch. I. Friction Gearing 53
1. Gearing with parallel shafts and cylindrical wheels 54
2. Gearing with parallel shafts and grooved wheels 57
3. Bevel friction gearing 58
4. Brief resume' of Information on variable-speed drives 59
Ch. II. Spur Gearing 63
1. Elements of tooth gearing 64
2. Basic theorem of tooth gearing 65
3. Construction of Involute-tooth form 67
4. R"c-k and pinion 68
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Machine Elements SOV/3163
5. Tooth shape at 15* and 20* pressure angles 70
6. Module of a gearing. Pinion and gear diameters 70
7. Gear ratio 71
8. Line of action 72
9. Selecting the minimum number of teeth 74
10. Selecting the face width of a tooth 77
11. Operating conditions and materials for gears 79
12. Basic equation for designing gears for beam strength 80
13. Stress concentration in teeth 82
14. Allowable (design) stresses in tooth calculations for en-
durance at bending 83
15. Allowable limit (maximum) stress In check calculations of
teeth for plastic degormation or brittle fracture by
bending 85
16. Determination of the design load and module of a gearing
from the beam strength 85
17. Design of teeth for contact strengths 87
18. Allowable limit) stresses 91
19. Helical and herringbone gears 92
20. Manufacture of gear teeth 101
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Machine Elements SOV/3163
Ch. 111. Bevel Gearing 107
1. Construction of bevel gearing 101,
2. Approximate method of constructing tooth profiles 108
3. Gear ratio and number of teeth log
4. Determining face width of teeth and module and diameter
of gears III
5. Design of teeth for contact strength 114
6. Forces in bevel gearing 115
7. Methods of gear cutting 116
8. GeaTp on nonintersecting nonparallel shafts 119
9. EfrIciency of gear trains 119
Ch. IV. Constructions of Gears 121
1. Metal gears 121
2. Nonmetallic gears 125
Ch. V. Worm Gearing 12-'
1. General information 127
2. Types of worms and worm gearing 128
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3. Gear ratio 130
4. Efficiency of a screw. The lead angle 131
5. Selecting the number of teeth for a worm gear 132
6. Materials and allowable stresses 133
7. Determination of the module from bending stresses 133
8. Design of a worm gearing for contact strength 135
9. Determination of dimensions of worm and gear 138
10. Forces In worm gearing 141
11. Design of shafts for worm and gear 14'~
12. Cutting worms and wheel teeth 145
13. Bearings for worm gearing 146
14. Arrangements of worm gearing 149
15. Lubrication 150
16. Efficiency of worm gearing 151
17. Calculating worm gearing for heat generation 152
Ch. VI. Belt Drives 158
A. Flat belt drives 158
1. Diagram of a belt drive 158
2. Pressure on beaeings. Different types of flat belt drives 159
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Machine Elements
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3. Flat belt drives with idler pulleys 161
4. Determination of forces In driving and driven sections 162
5. Slippage of belts 164
6. Materials and types of flat belts 166
7. Belt joints 168
8. Stresses in a belt, belt length, and center distance 168
9. Design of belts by means of slippage curves 170
B. V-belt drives 175
10. Properties of V-belt drives 175
11. Types of belts and design of the drive 177
12. Groove dimensions for V-belts 181
C. Belt-drive pulleys 182
13. Constructions 182
14. Design of a pulley 187
Ch. VII. Chain Drives 195
Ch. VIII. Speed Reducers 200
1. General Information 200
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2. Gear ratio and number of reductions in a unit 204
3. Arrangement and elements of a geared reducer 207
4. Arrangement of a worm-gear reducer 213
5. Some parts and elements of reducers 213
PART THREE. TRANSMISSION ELEMENTS
Ch. I. Journals 221
1. Determination of the bearing reaction of an axle 221
2. Design of end journals 222
3. Types of journals 226
4. Vertical journals 228
Ch. II. Axles and Shafts 233
1. Axles 233
2. Schematic diagram of a shaft and the forces applied to it 236
3. Design of a shaft for torsion 237
4. Design of. a multioearing transmission shaft 238
5. Design of a shaft under torque and bending forces 240
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Mashine Eiertents -SOV/3163
6. Characteristic features of designing shafts loaded with
torques and bending and compression forces 245
7. Design of a shaft for torsional rigidity 247
8. Check of the rigidity of a shaft during bending 24Q~
9. Hollow shafts and axles 250
Ch. I II. Radial and Thrust Bearings 26c)
A. Sliding-contact bearings 26G
1. Solid bearings 260
2. Split bearings 261
3. Bearing bushings 262
4. Methods of lubrication 263
5. Self-aligning bearings 267
6. Concept. of the hydrodynamic theory of friction in bearings 268
7. Direc:tion of pressure on bushings. Lubricant supply 273
8. Sliding-contact thrust bearings 273
9. Materials for bushings 274
B. Rolling-conta,.t. bearings 276
10. Basic types 276
11. Review of rolling-contact bearings 276
12. Selection of ball and roller bearings 281
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Machine Elements
13. Brackets for bearings
Ch. IV. Couplings and Clutches
1. Rigid fixed couplings
2. Rigid split couplings
3. Rigid jaw clutches
4. Flexible couplings
5. Torsionally flexible couplings
6. Friction clutches
7. Safety clutches
8. A3sessories for engagement of clutches
PART FOUR. MACHINE-PART JOINTS
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Ch. I. Bolted and Screwed Joints
1. Constru-tion of helixeB
2. Construction of thread forms and systems
3. Force relationships and efficiency of screw couples
4. Comparative valuation and selection of threads
284
2a7
287
288
290
292
294
301
3o6
308
309
309
310
312
316
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5. Design of bolted joints 3c'_~
6. Determination of the height of a nut 329
7. Design o' f a bolt with eccentric load 331
8. Design of a bolt with shear forces 332
9. Method of relieving bolts and screws from shear forces 33-
10. Studded joints 334
11. Manufa,~turlng and constructional factors affecting bolt
strength h:
12. Foundation bolts 338
I" . Design of a group-bolt joint 340
1.4. Translating screws 343
15. Clamped joints 352
16. Locking of threaded fasteners 353
17. DesIgn examples
Ch. II. Cotter and Key Joints 367
1. Cotter joints 367
2. Key joints 3-1
3. Check ~~alculation for a key 376
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Machine Elements
4. Spline joint5
5. Pin joints
Ch. III. Riveted Joints
1. The pv,,oess of making a joint
2. Types of rivets
3. Riveting methods
4. Classification of riveted joints
5. DesIgn of lap joints
6. Design of strong joints with two cover plates
7. Permanent rivet-type joints
8. Tight joints
9. Strong-and-leakproof joints
10~ Design examples
Ch. IV. Welded Joints
1. Type3 of welded joints
2. Ditt welds
3. Fillet welds
4. Allowable stresses
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377
379
381
381
382
383
385
387
390
390
393
394
403
409
409
412
414
415

Machine Elements
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PART FIVE. TOLERANCES AND FITS. COURSE DESIGN PROJECT
Ch. I. Tolerances, Fits, and
1. Dimensions, fits, system
2. Degrees of accuracy
3. Limit gages
4. Surface roughness
5. Concept of interference
Interchangeability 423
of tolerances 42~
42",
428
42~)
fits 43()
Ch. H. Course Design Project 432
1. General remarks 432
2. Problem. The number of reductions in a speed reducer 433
3. Distribution of the total ratio among reductions 434
4. Efficiensy of a reducer, and horsepower rating of an
electric motor 434
5. Speed and the power rate on shafts of a reducer
6. Determination of basic dimensions of a gearing
7. Design of shafts, selection of bearings, and the switch of
the reducer 438
8. General view of the installation 441
9. Explanatory note 441
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