SCIENTIFIC ABSTRACT FILIPPOV, B.M. -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413110019-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FILIPPOV
Switches on reinforced 3oncrete slabs for curved track sections.
Put' i put1khoz. 8 no.8:21 164. (MIRA 17:9)
1. Nachallnik distnntsii puti, stantsiya Leninets, Belortisskoy
dorogi-

ACC IM AP7o0W5 SOURCE CODE: M10413/66/000/021/0141/0141
im=Rs: Fi-lippovp B,_M,,.j,$hako0 So Re; IAMk:Lnap I* Do
ORGt none
TITLE-.- A device for chocking the hermetic seal of hollow products. Class 21, 'No.
18809,1, Lannounced by Special Construction Engineoring Bureau Boo 6 (Spetsiallnoye
konstr-uktorskotekhnologichookoye byuro No. 6~_7
SOURCE: Izobreteniyaj proEWablennyye obraztsy, tovarnyye znaki, no. 21, 1966j. 141
TOPICTAGS: hermetic seal, mechanical notion instrument, automatic pneumatic control,
automatic machine, automation
ABSTRACT: This Author Certificate presents a devin.4 for checking the hennetic seal
of hollow products. The device contains a feeder, a carrying mechanism for the
products, a mechanism for placing the products in a position for-chocking, an appa-
ratus for sorting the chocked products, and a gauging pneumatic assembly which acti-
vates the sorting mechanism. To mechanize the process of checking for the hermetio
seal, the carrying mechanism is made io the form of' combs surmounted a rigid
plate. A part of the combs serves to deliver the products (see Fig. I,. The mech-
anism for placing the products in a position for checking contains a spring-loaded-~
carriage with two compressing holders. The carriage is pushed by tho drive mechahiam
until it coincides with the connecting pipe of the pneumatic assembly.
Card 1/2 M)Cs 686.863.6;6ZI-186.3

ACC NRsAp7001425
Fig. It 1 - feeder; 2 and 3 - combs tor
transporting the products; 4 - mechanism
for sorting the products; 5 - connecting
-pipe of' the pneumatic assembly; 6 - rigid
plate; 7 - spring-loaded carriage; 8 and
9 - coqpressing holderal 10 - knuckle of
.carriage drive moobanJam

FILIPPOVj, Bi N.
Filyanskiy, K. D. and FIMPPOV. B. W. "More on precocialop" Reply to the article
of Ya. L* Grembotakiy and M. Ta, Kigan-Berman NOn the role of precocials
in fine wool sheep raising in the USSR (Journal: Vestnik 2hivotwvodstvap
1948,, Issue 6. p. 111-18
so: U-32649 10 April 1953, (latopis tZhurnal lnykh Statey, go. 3. 1949)

--7-T=PO7 7' 11
A. V.
Stavropol breed of fine-wool sheep csl-va, Gos. izd-vo se! 114icz. Ii ~-nj, 953. 59 p.
(54-42778)
,)F375.").R',T5
~Ptj5r4 "'r. ilk
R9,H'INN -ti A,

IPILIPFOV, Borie Nikolayevich; ALKESANMOV, Mark Venlaminovich; KARUSUO,
Viii' j'AURMOVA, G.I., inzh,# redo-, MEDYEWA, K.A.,
tekhn.red,
(Experience in the regulation and maintenance of a centralized
traffic relay system) Opyt regulirovki i sodershaniia marshrutuo-
releinoi teentralizataii. Moskva, Goootranirp.zhel-dor.izd-vo,
196o. 28 p. (Railroads-Mgnaling) (MBA 13:3)

614, d, H,
USSR/Ch~L'.', i.chnology Chemical Products and Their 1-9
Application. Wood Chemistry Productselydi'Olysis Industry
Abs Jour : Ref Zhur - Xhimiya, No 1, 1958, 2660
Author : Filippov, Bo-N,
Inst :-- I---------------
Title : Rapid Method of Doterw4zing the Moisture Content, of Wood.
Orig Pub : Gidroliznaya i lesokhiz. prom-st', 1957, 130 5, 25-26
Abstract : For a determination of the moisture content of technologi-
cal wood used in clkydistillation it is reconmended to use
the method of drying with an electric bulb, at 150-1600
for 40 minutes, if the sauple of sawdust was taken from
wet logo, and for 25 ninutes if tt was taken from dry logs.
The determination procedure is described.
Ad4A4111-1
Card 1/1

7ILIPPOVI, B.N,
Nov methed of brique,t,ting the charcoal wasto products. Gidroliz. i
losokhim. prom**.Il ne.6:17-20 '58. (HM 11:10)
l..Amsinakly losolihimichookly zaved.
(char-coal) (Briquets).

FILIPMV,
'0
Furfurols In products of wood pyrolysis. Gidroliz. I losakhiia.prome
11 no.8:22 ' 54. (MIRA 11:12.)
1. AmsInskly lesokhtmichaskiy savod.
(Furaldebyde) (Wood distillation)

KATUNIN, T.Kh.; FILI"OV, B.Na; TOXISHIN, G.F.
Now apparatus for the absor-Ption of valuable wood chemistry
prodnetes Gidroliz. i loookftim.prom. 12 no.1:12-14 159.
. I I (MIRA 12:2)
1. TSentralln7y nauchno-iseledovat9j'skiy I.eB6)dhinicheakiy
institut (for latunin). 2. Amzinskiy lesolthimicheskly zavod
(for Filippov. Tokishin).
(Woo&-Chemistry) (Scrubber (Chemical tachnoloey))

.PILIPPOV,,B.N.; TOKISHIM, G.P.
Meebanization of the abarcoal warebouse of the Amzinski7 Plant.,
4drolIzA lasokbim.prom, 12 no.2:24-26 ~59- (MIRA 12:3)
le Amzinakiy lssokbimIcbeski7 zavod.

KATUITIN, V.Xh.; FILIPPOV, B.N.
Condensation of products of the thermal decomposition of wood
from a vapor-gaa mixture In froth condenss.tion apparatus. Gidroliz.i
lesokbim.prom. 12 no-3:5-7 '59- (MM 12:6)
1. Nentral*y nauchno-teeledovatel'skiy lesokhimichaskiy inatitut
(for Katunin). 2. AM21n kly lesokbimicheakly zavod (for Filippov).
(Cooling tower:) (Wood distillation)

FILI=.-~--
Chemical composition of light wo-nd-oila of the Anzya plant.
Gidrolis i lesokhiin.prom, 12 no.4:22-23' '59. (MIRA iet8)
1. Awinakly lq6oktA1dcbeskiy zavod.
- (Ansra-Wood oil)

PILIPPOV, B.N.; PILIMDNOV, ATV.
Continuous countercurrent process of the decolorization and
neutralization of crude ethyl acetate, Gidroliz.i lesokhim.
prom. 12 no,8:20-22 159. WU 13:4)
L Anzinakiy lesokh1vichoskly kombinst.
(Amba--.Bthyl acetate)
6

FILIPPOV, B.N.
Got,tinuous azootropic drying of unrefined ethyl acetate and
its rectifications Gidr6liz.i lesokhim,prom. 13 no.6:15-16
,6o. (mink 13:9)
1. Veutrallny7 nauchno-iseledovatellekiy lesokhimicheaki3r
institut.
(2thyl acetate) (Distillation, Aractional)

FILIPPOV nltN.
Tow-column continuous apparatus for manufacture of concentra-
ted comarcial acetic acid. Gidro'liz. i lesokhim. prom. 14
no.7:8-10 161. (min 14-.n)
1. TSentrallnyy nauchno-issledavateltakiy i proyektnyy institut
lei6khimicheokoy promyeblemosti.
Acetic acid) --Equipment and supplies)
%Woodpu2p industry

S/139/62/000/001/027/032
4t, E032/E114
AUTHOR.S: Kobe lev, L. Ya. ,Filippov,
B-N-v and Khodenkov, G. Ye i
TITLE: On the effect of the spin-orbit interaction of~
electrons on the energy of a spin ifave
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Fizikai no.1, 1962, 158-161
TEXT The spin spin and spin-orbit interactions of the
electrons in a ferronjagnetic are known to lead to a change in
the spin-wave energy. This change is of interest in connection
with the theory of the constants of anisotropy of ferromagneticsd '.'~' '_
In order to describe the increase in the ertergy due to the spin- ,
method involving
orbit effect, the authors use the Schwingei
A
single-particle Green functions. The dynamical Schwinger
principle is used to set up the equations for the single-
part:Lcle temperature Green functions including spin-orbit termsi" '
General expressions are then derived for the energy of
elementary excitations and for the change in the spin-wave.
energy-due to the spin effects for. T 5;710 OK and T 4Ce. ioX
Card 1/2

S/139/62/000/001/027/032

n the effect
0 -orb3
of the spin -t

032/El:L4

ASSOCIATION: Urallskiy gosuniversitet imeni A.M. Gortkog
(Ural State University imeni A@ M., Gor'kiy)
SUBMITTED: June 24, 1960

Card 2/2

FILI
PIP
Construction and adjdotment of automatic b:Lock oystems on a.c. railroad
districtse Avtom,., telem. i sviaz' 7 no.l:i27-31 Ja 163.
(KRA 1W)
1. Nachallnik stroitelinoy distantaii signalizataii i avyazi Oktyabrtskoy
dorogi.
(Electric railraods-Sigiialing-Alock system)
'RM

ACCES""'I011 NR- AP4009371
AMPHORS: Vlasov, K.B.; Filippov, B.N.
TITLE: Rotation of polarization plane and circular magnetic dichroism of ultra-
sound in magnetopolarized metals whose electrons of conductivity have quadratic
dispersion law,
SOURCE: Fizika metallov i metallovedeniyt?, v. 16, no, 6, 1963, 801-807
TOPIC TAGS: polarization plane, circular maMetie dichroism, ultrnsownd, magneto-
.polp,~4.zod mqtall quadratic diaporaion tlu4LI8 v.,ave, d-efor=tica p,~tefttial,
Fermi surface
A3STUCT: The authors co mpute the const.-mt determining the rotation of the Dolari-
zation plane of elastic waves and 16hu relation of the axes o.4~' the ellipse aiving,
rion to elliptic;ii polarized elastic wavew in maGnotopolarized "'he compli-
tations are made for a wi de range of f requencico of ultrasound wd constant ma,-,retic
fields. For this the deformation potential is studied. The authors find the range
of -frequencies and the field in which the rot.Ltion constant and the ratio of the
axes of the ellipse are functions of the F;cirmi surface and the deformatioa potential.
Card
--M

ACCESSION KR: -AP4009371
They show that in the case where the length of tho wave of ultrasound,x is of the
order of depth of penetration 6 of the electromag.,netic wave, the radius r of the.
cyclotronio orbit is of the order of length of the free run I of an electron,
the ratio of the axes of the ellipse is =-ocimized. Orig. art. has: 48 formulas.
ASSOCIATION: Inatitut fiziki metallov AN SSSR' (Institute of Physics of Letals
L'T SSSR)
SUBMITTED: oijun63 DATE ACQ: 03Feb64 00
SUB CODE: PH NO REF SOV: 005 OTHER: 002
2/2,
Z'
q
0 i'M

~~ :r. ~,I- i - I ~ -
. ;I jI;- -11 ~ , ,-~' ~ ~" "" " -- -
~-t- ~.- -1.1 -. -1 ~- -. '1.5 -, , ---
. - -. k .31-
. 2 i
.1 '. -

FILIPAR., B.N,
.Construction of seid.automatic block systems on the Octoter Railro&d
line, Avtcm.'p telem, i sviaz' 8 no.6.-21-23 Je 164.
(MIRA 17s6)
1. Nachallnik spetaializirovanriogo stroitellno-montaMnogo
poyezda signalizataii, tsentralizatall, bloklrovki i svyazi
No.399 Oktyabrlskpy dorogi.

=Essia NR: APW13069 S/(a26/64/0l7/0M/0Wh/003()
AUTHORi..LjjUT0V Be No
TITLE: Theor.r of ultrasound absoIrption and dispersion in metals inserted IAZO a
magnetic) field
-SOURCE: Piz-Uta -metallov I metalloved.# 're 17j* nog 1,, 19614p 24-30
are
TOPIC .-- TAGS tultrasound absorptionp ultrasound dispersionp magnetic field, squ
~,dispersion law,, deformation potential, absorption coefficient
--aSTRJLCre.a The author studies absorption and dispersion of transverse ultrasound
1:in~:metals inserted into a magnetic field when the ultrasoand frequeW is much less.
than the frequency of collisions. He assumes the electrons of conductivity have
square -dispersion law; however., the deformation potential is taken into account,
-ithen Lultrasound is. propagated along a magnetic field,, such a relation holds only
-for certain special cases. The author shows that in a wide region of variation
of fregaencies of ultraeourid and constant magnetic fields the absorption coeffi-
-cient -is simply related to the deformati6n poteatial. 113, use this opportunity
to w~pess my gratitude to No Be Vlaeov for Us help with this work and discussions
Card 112

ACCESSION NR; AP4013105 S/0120/64/017/001/0152/01551
AUTHORS: Vlasov., K. B.; 71lippo
s
TITLE: Re onance phenomena in the rotation of the p3a ne of polarization and
.,circular magnetic dichroism. of elastic waves in metals
SOURCE: Fizika metallov I motalloveds,, ve'17, no6 1p 196/+, 152-155
~TOPIC TAGS: polarization plane., magnetic dichroism, elastic wave., crystallo-
:graphic direction, absorption coefficient, inean free path, Ifermi surface.. oyol6tronl
.froquency, plasma freqi4ency, electrical conductivity tensor
ABSTBACT: Starting with the model of a free electron in a strong magnetic field
uzing the results of K.-B. Vlasov and B, N. Filippov (ZhETE 1963, 44, 922)j.
,the following equations were derived for the coefficient of absorption of cirou- 1
~Iarly polarized waves and the constant of rotation of the plane of polarization
of an initially linearly polarized wave
Card 1/3

, *'v~-r 1~ 4~~4i I---,
~jl- ;
- 'I !~Plzi ~~-
~ 7- 1~. ;~ - - 71- .
. "j, , -,,; .',Z ~ , , 'i , ~ - - ~; ,, -,, " :- -
~ v', ~
- , -: I : - .-., , - t - . , _-
'. -1 ~~ - .1 ";W~ A*; I

ACCESSION NR.- 0401310.5
the cyclotron orbit, plasma frequency of the electronj, and the number of
electrons per unit volume; W , k,, X .at are the.frequency, wave vector,, wave-
lergth, and the velocity of-propagation of transverse aias,tic waves. Resonance.'.,
is observed in the neighborhood ofwlu~ = 1. As shown in Fig. *1 on the Enclosure
0
in the neighborhood of resonancej X passes throqjh-zoro, This Plot corresponds
at = 105 8cm/sec. *~) -3-1 5
o cm/~Qep VO = 10 1015000-10 10 sect H 10 oersteds)
t
8 -1
and W = 10 sac . It was shown that if at some rdlativoi~ weak field (still
strong enough so as not to violate-the original assumptions) the rotation of the
plane of polarization was positive,, then at a certain iralue of the magnetic-field,
given by
M-
it vanishes, and then it Sicoi~_s negative. It was also shown that resonance
mu.~;t be observed when the wavelength of elastic waves becomes commensurate with
the penetration depth for electromagnetic waves, Orig. art, has: 9 formulas and\
2 jTaphs.
ASSOCIATION: Institut fiziki metallov AN SSSR (Institute of Physics of Metalsd-
ANA SSSR)
Card 5
j5-
R

ACCZSSjom us AWD13105 SWIU)SUU:ol

all.
bv
4?
i m
f
l
46 4-4 up

VLASCV, K.B.;_.KILI~Ptqyj",B.N.
Characteristics of the rotation of a polarization plane and the
circu-I.ar magnetic dichroism of ultrasonic waves in metals in a
strong magnetic field. Piz. met. i metalloved. 18 no.3:333-339
S 164. (MIRA Vill)
1. Institut fiziki metaUov AN SSSR*

ACCESSION NRZ' AP4012549. S,/0056/64o/046/001/0223/0231
AUTHORS;. Vlasovp K.-B.; Filippov;-B.- N.'
-TITLE: Rotation-of ultrasound. polarization plarie in metals
in a strong magnetic field
SOURCE: Zhurnal eksper. i teoret.. fiz., v. 46, no. 1, 1964,
223-231
TOPIC TAGS: ultrasonics., ult"rasound polarization,:polarization
plane, metal ultrasound, plane rotation, magnetic field ultra-
sound, magnetically polarized metal, metal polarization, conduc-_
tion electron, rotation constant, fermi surface
ABSTRACT: Singularities of the propatatimand absorption-of
ultrasound in magnetically polarized metals whose conduction elec
trons have arbitrary dispersion are consider6d by quasiclassical
theory at low temperatures, when the singularitie.,s are determined:~'_
byethe interaction between the ultrasound and the conduction
e ctrons.
~-ardl
z
~"~T!- --77W~-EU;4--~'
RMe~Z ~"'A

ACCESSION NA: AP4012549
~The value of the constant'determining the plane of rotation of
ultrasound polarization in a-strong magnetic field (characteristic
radius of cyclotron orbit smaller than electron mean free path and
ultrasound- -wave-I-- tbi) is,determined. Estimates are made of the
eng
fiequency~i-field., and angular dependences of the rotation constant
for different types of Fermi surfaces. The field and frequency
intervals in'wbiab this constant can be expressed in terms of the
H~11'constant, the electric conductivity, the deformation
pot6nt:Lal,, or other characteristics,, are established. T~e numeri-
cal maximum estimate for the constant of rotation is 10-'trad/cm-0e,
which in fields on the order of 10 kOe yields a polarizatlon plane
rotation angle of about I-radian when the wave travels 1 cm.;
lusion, we are grateful to V. M. Kontorovich,for su plying
cone., p
bis results prior to publication'." Orig. art has: 68 formulas.
77777--
Z7

-7 "s

1_1:14 66 EWT4 )AMT42
ACCESSION NR% APS021931 UR/0126/65/0.iO/002/0173/Oi78,'~
539.292:534038.65
00^

AUTHOR* Vlasovi K.B.; WIR22yA~ M.
,C57
TITLJI: Certain propitrties-,'of the tensors, determining the featurail of the propaga-.1,
tion;'-and adsorption f : thd.,. u1 tr4sound in metal within,a strong ingnetLe field
SOt*%: Fizika motallov natal lovedaniya v~ 20 mi. 2. 1965, -173-178

.7- -TAGS-- ton or-.fteld, A
TOPIC .0 averse tenxorjLald,. ultrasonic RrOPAkItAtiOn DU
field's, magnetically polarized met44- Wi
'
`_ tips polorixation plane,' ultrasound,
totic expressioti, -cryit
lloj iaphic~
A
asymv. 4 iiij' Fermi ~1 rface, rot itional cons t
$u 4 tan
ABSTRACT: The artic]Le is t n i L
!a continua io of 'a prev ous investigation (K.B. VI asovj-
B.N. :Pilippov, ZbETF'a 19649 46,223).' which was concerned.with calculating the
rotation of the plano of p4larization. of the ultrasound in magnetically polarized
metals with an arbitrary law of variance of electrons for the cat-to of a strong
magnetic field, where the characteristic orbital cyclotron radius of electrons is:,
much~shorter tban thoir free-path length and the wavelength of the ultrasoucd.
The p,resent In,vestigation Asconcerned with the features of the propagation and
adsorption of ihe ultrasound during its propagation parallel to it polarizing mag-
ISEd I t2

- ;R~~ i -- -- I ",m,,
, i
,:~, -- - 1, - ~~r ` !.!'~, -,. Z~: . i~,~ - --
. . Z, I ! ~ r~ ,,; -- -;~~ ,- - r: - ~n ~ !-,~ -N , .

V LAS OV , K.B.; 1,J!AtPQJ1-j BONO
properties of lcmzore determining the characteristics of
~'-k-+igation and absorption of ultrasonic waves in metals in a
strong magnetic field. Fiz..met. I metalloved. 20 no.2.-173-178
Ag 165o (MIRA 18:9)
1. Ini9titut fiziki metallov AN SSSR,

F
0 4 0 0 ~ a 41l, 0 0 0 0
1 4 It 11 u 14 13 if it
A I.X-A A I A 1, 11~11_1_"AA A IX 1 11 10 11 01 , I
4 'kPI I ..t.
of
00 X
The Mu4w* of hydrostatic operation of coke ovens an
.00
Y' i ke and c4m. U. .11, -4: iTl: T.- w.
.00
--gi is. IV
Zak. 1938. It. 1343. HiPts. IV IVI
:0 a t that t q ity of the coke gas 6 impaired th ~6411
00 tkm udt of embustien awl Ai .00
41
3 in o the chamber. it w*% also shown that laist
emit, of oxides 41f N. which mtaminatc the gas cmite .00
00 from the coned. 16904 used far the 611%splum (I NII.,
By changing the hydrostatic recittic of the tuke oven dw
j
* i pn*crtks of the coke gas wel essentially .00
00 'rbe pressure in the coking chamber was increased to l.ts
a 400
00 j mni. wd the pressure In the heating chamber reduced to
0.".8 min. on the water gage. Under thew conditims
0 the d. of the gas was reduced from MAto 0.43.
4 too
00 .4 The mean N content was 3-6%, the 0 content 0.4 .0.41%,
while tin content in oxides of N was reduced. Thebeatinji
so jr value of the was was increased from *M to 4ltX) o%l. Soo
It is recommended that only HwAh free from oxides of N.
which hu had air bubbled thffmgh it while hot, be uwd z00
i1i for washing out NHj- M. G. Stome sA*
- ---------- ------- -
A 10 - I L A ARTAMNAKAL MURATUNI CLASSWICAUGO
Slow 91.&S-114 ____
'00
see
-00
Woo
~41 I Z"4 An A 4 tw 0 MWIN 0340.32
1 0 40 0 & Ole : : I : : : 0 0 4: : : : : a 0 0 -0 0
l-T 00009,

is 1,
u ; V 4 a
taw) P()
00
41,1111,
0
No 410 mile #1 a-41-ft
it
.00
Ttj.,.~.ua ;..wbuitios lot the dearvitinstion at Us -00
1wriod of caking, 11, 8, 1`11114-1~ i h#m- W-
1049
1
.40
.
,
A. No. 6.
the Itaus of like LAW% (A tion%fet tit licst mod -00
I'mill"Ims whivii have twell 41"N'Ttl fit"is (Iw dil-
ICjCUjWCqtj&tkXjof I-uUjjrl &Jttt ASWIVtk At A1141 9l&Ithk0I -441
ivivristigmdatt of the trantIrr ot brat during cokinC a rd-A
methmt 6 livolmiied loc the drtn. W the -king Ivriod.
rite "Iciliml "Uski-I It Iftitit,ible t., det. the 'etitills lroxv
limlil'ofiall (-it Fill', silell (%-1%- 4 hicluce
d the- lemp
,
An

xe

doe
see
ASS-ILA 51111.1,110111CAL U11141jef CkalloKATION
___ _ _ . __ , . - , I :..' - .-, . . It I -
i few 13t.11110
v1saw"ll m jet UI
AV go ; a 0 . T' I " I _1'
A,
all At P. Is of An w At
0 0
00 0 0 q

0;0
o se o o to 0 0 0
1) 14 Is it It a PRO 0 )? 10 No 1- 40 0 0 0 p a x see, #1 Ap elf 0
I &-#A 0 (X 0 U 1. 1 It 1 to%41 k.0-2.06-4-
as i U PPoV
00.6
The layout of ths; gagglaciteger Column (for coke OYOUS) - Il.
6S.IrrIppip Cokep and CANatrage. (U. S. S, R.) 1939, Na~-T~--
am -8 -
jKrjfras-axmr.19j9.l;NKP.9.H7 .-Thewr
miarmlible Premise of The Twunin tharing the begating P"Jd
is itils-urned. Thl' laMmIl! 44 thr 111"v colonel go I
lit Irk %trocturris Xivvtt by P - IIX*!k 10-5 A(... - --!
x thv 1UN11141 perpreallo*
a + Via) Is liming. vdint N i,
list .1rusesurrin ked*11. cill.. 0 threlmly. U(IfIeNol I-lm~rll
Ow bricks. Is tilt width ol tile brick% lit call., k tile Imallil of
tile bricks In cut., a the knilth of the brick smirt tire in visa
so fritiallark-r lot else elliff.
tat its it
m/04. nis. and *-. tile roarfl. ej tile 6, itial It'll-th.
"Min
r-ary to elseels. I less- wtwk all the million Im too
mo
tiolis of thermal Artivity lit tile 1114.111num .11 IN,
1wrtitillsibiriffill) O(Ohr"Wrliftlistax ra(assarte stay relative 1"
HINOlarr I* - NiFve IN *C. WIN-IV h i. l1w lit I go
t,( I lit 04-114, blitis lit WS."Sq. Vill.. R the 11holhillil 14 VIA.-
fivity lit %*its. and a tile "wff. %4 litarat v%imit-ims.
For teedindery Anchor t1junfills 44 roke ovrns I 1u- live plamv lair
intip. of any Wild overheating does not v%c~d ~* 7
With a total earreveating out of the anchor cislumns flont 400
radlatiagarge the Israel istoilefe pmoure ran be taken a- Lugs too
ke.joil. arlit. The itiartit esamplei of denigin -himed thm
", t1two 11 ** 1"'areftly to Ifirfroser tilt limlifilgr 4 the
as 4-1,111111111#114 less eftc I( t 1W volir fivrim 'A' R. ll,ms
7--r-
44-Ift',
l~~44$hoao -1-T isialso 41. 4'-W dot &Bill% 6" a.. ,'I.
it
U a 0 10 As 11 a tat, 0 it 2 1 sat of 1 3
g; OF to
a a of It 111 A *I is*
is
so 0100 00 0 0 00 0 9 1111 0 too* 41111 * lit0 4111 0 0 0 0 0 0 0 00 0 00 0

PP6 ' E3,
'OV' A-1 ; I)II)ZNXO, V
SHEM'
YODNKV, G.G.; KC gK
ZASHY'ARL, V..G.; LITVINMO, M.S.-YeDVE NJ.; M LODTSOV, I.G.;
10ALOV, 1.1,; RUBIN, F.G.; SAPOZHNIEN, L.M.; TYUTYUNNIKOV, G.N.;
DMITRIYZ7, K.M.; IZYTZS, V.A.; LUNTIR, B.Z.; NEDVEDLT, S.K.; RUTAKIN,
A.A.; TAYCH)9R, M.M.; TSOGLIN, M.N.; DVORIN, S.S.; MAK. A.I.; CBUKH0v-
SKIT, Ya.M.; KOTKIR,A.M.; ARONOV, S.G.; VOLOSHIN, A.I.; TIROZUR' Ye.v.;
SHVARTS, S.A.; GINSBURG, Ta.Ye.; KOLYANDR, L.Ya.; BEMSKLYA, A.Y.;
KUSHNEWICH, N.R.-, BRODOVICH, A.I.; NOSAlEVICH, I.M.; SHTROMBIRG, B.I.;
MIROSHNICHENKO, A.M.; KOPELIOVICH, V.M.; TOPORKOV, V.Ta.; AFONIN, X.B.;
dOFTM&N, K.V.; SEMENEMO, D.P.; IVAKOV, Te.B.; PEYSAKRZON, I.B.;
EUL&KOV, N.K.: IZWLIT. B.M.; KYASHA, A.S.; KAYTAN, S.I.; CHFMWYXH,
K.S.; SHAPIRO, A I.; ER&LABUZLR, G.S.; nKT, P.Te.; GARAY, L.I.-,
SHWSON, A.S. I -
Boris Iosifovich lustov; obituary. Koko i kh1m. no.2-64 155-092A 90)
(Kustov, Boris Iosifovich, 1910~-1955)

FILIPPOV, I,S,
DIDZNKO. V.Te.; T&AREV, M.N.; 2MITRIYXV, M.M.; LICTrES, V.A.; OBUIMSKIT,
Th.K.; IVANCJV, Ye.B.; GEMOX,, V.T.; URSAJANKO, R.N.; MOIR, I.Ta.;
PINCHUX, A.K.: ANTONEN10, N.Z.; GMULISON, A.B.; VASILICHERKO, S.I.;
DRASHKO, A.M.; RLIWSKIT, B.N.-, WCHIRT.&VANKO, D.N.; SAVCHR, A.I.;
ZHUBAV13VA, L.I.; BAUTIN, I.G.; KMYXNKO. V.Ta.; MOUNKO, N.K.; CM1-
BONENKO, G.P.; LISSOV, L.K.-, MAMONTOV. V.V.; BELUKHA, A.A.; F'OMM,V.Y.;
VOLCDARSKIY, M.B.; KkLIGHMO, G.D.; MCM10, V.M.-. RLSHKIROV, A.A.;
VOROB'YZV, M.P.; ILOCHENKO, L.I.; PODSHIVALOV, F.S.; MOGIL'Nn, P.P.;
LIVI, A.R.; VASLUYZV, G.P.; DURfi3V,.V.V.; OSYPA, S.S.; SAMOYALOV,G.N.;
FOKIN, A.Y.-, LESHCHINA, A.I.; PANMIBZRG, G.Ye.; KHODANKOV, A.T.;
LA . K.I.: VASIMNO, I.M.; VOLOSHCHUK, A.S.; SH3L-
KOV, A.K.; FIL1PPQV._jjSj., TYUTYUNNIKOV, a.N.; DoLusny, m.yu.; NzKr-
TINA, P.P.; KOMEY, S.M." TSOGLIN, M.E.; I-EIRKER, R.Z.; BOG&CHIT, V.I.
Nihall IAkovlevich Moroz-, obituary. Koko 1. khim.no.3.64 '56.(MM 9-:8,)
.' ~11
(Moros, Mikhail lAkovievl~ch, 1902?-1956)

AYCHIN, K.B.; BURTSEV, Kal.; BWROV, S,U.; VnMM, G.B.; VCDnV, G.G.; VORONIN.
A.8.: GMICH, A.S.; GRYAZNOV, N.S.; GUDIK, A.Y.; GIJSYATINSKZY, N.A.;
DVMIN, S.S.; DIDIWO, V.Tt..- I)Mr-MITBV, HH.; DCUDE, M.N.; DCFtOGOBZD,
G#M*,- ZHDANCV, G.I.; ZAGCRULIKO, AJ.; ZUWIY.?SKIY, A.G.; IVASHCM~NKG,
U.N.; XAITAK, s.r.; RVASKA, A.S.; KIREYff, A.D.; KLISHKVSrrY, G.S.-,
KOZYM, V.P.-, KOLOBOV, V.N.-, WAIN, IMYTHS, V.A.-, LERNER, B.Z.;
LOPMA.* NJ.; LUBINITS. I.A.; HANDRYTIN, I.I.; MUSTAYIN, F.A.; NEKIROVSKIT,
U.Kh.; MUTDOV, V.A.; OBUKROVS]CIY, Ta.K,,-. P)WSW, M.A.; PETROV, I.D.;
PMMOZHAIISICIY. M.O.,; POPOV, A.P.; RAK, A.I.-, REVYAKIN, A.A.; ROZHKOT,
A.P.; ROWINGAUZ, D.A.; SUGNOT, S.A.; SIGALOV, M.B.; STOKAKHIH, Ta.B.;
TARASOV, S.A.; FIbIpptyu &J.; FRIDMAK, N.K.; FRISHRERG, V.D.; KHARIJIOV-
SKIT, Ir.V.; KHCLOPTSHV, V.P.; TSAREV, M.N.; TSOGLIK, W.I.; CHKRNn, r.r.
CMMOIC, V.T.; SHELKOV. A.K.
Samuil B*risevich Bame. Koks i khim.no.6-.64 156. (KLRA 9:10)
(Bamme, Saimiil Berisevich, 1910-1956)

of JTa
POLAND / Chemical Technology. Processing turally-11
Deposited Solid Fueld.
Abs Xour: Ref Zhur-Khiniiya, No 22, 1958, 75184.
Author :-Filippov, B. S.
Inst :Not given.
Title ;Expansion of the Coal Raw Material Bases and
Improvement in the Technology of Coking in USSR.
Orig Pub: Koks, smola, gaz., 1957, 2, No. 6, 215-219.
Abstract: A report on the development of the coking indus-
try in the USSR, on the accomplished and the
outlined steps for expanding the raw material
bases, and on the improvemeats in the technol-
ogy of coking: a mechanization in the ?rocess
of enriching coals, improvements in the crush-
ing and mixing processes, improve;,-,eats in fur-
nace heating, the introduction of furnaces of a
larger capacity and others.
Card 1/1 36

1 68-5--13/14
AUTROR: Pilippov 13" S'. (Cand:. Tec14'. So.)
TITLE: Recovery and processing of coke oven by-products on the
works of the Federal German Republic',' (Ulavlivaniye i
ererabotka khimicheskikh prodaktov koksovaniya na zavodakh.
3
ederativnoy Respubliki GermaniiY,,
PERIODICAL: "Koks i Khimiyalt (Coke and Chemistry), 1957, No-.5,
7,
ABSTRACT: This is -a report on the, visit of a ftssian delegation to
West German coking plants., Characteristic features of
German plants are described7.
There are 11 figures.
ASSOCIATION: Glavkoks MChM SSSX.
Card 1/1

rt lip PdV
AUTHORS:
TiT
Candidate of Technical Scienc-4 and
~jits' C lis,:,froi the ft
-vith. aq ttek Easihe~
PERIODICAL: Kok's I Khimiya., 1557., No..8,, pp. 46-1+9 (UWR)
ABSTR4CT:., The influence of the addition of pitch tar on the caking pro-
perties of coals from the Kuznetsk Basin and the.solubility of
the above coals in pitch and coal tarsp anthracene oil and
,heavy distillateep obtained on oxidation of pitch tar,, were
investigated. The influence of pitch tar additions on the
thickness of the plastic layer of some coals is shown in
figure 1. A considerable improvement in the caking properties
of loan coals Is obtained. With high volatile coalsp the
beneficial influence of tar additions is much smaller and with
non-coking gas coals, no improvement can be obtained. Coking
experiments with tar additions carried out in boxes also gave
positive results, particularly for coals of the TS and SS types
kno details given). Rosults on the solubility of various coals
in tar and tar fractions are given in tables 1-3 and figures2-59
On the basis of the results obtainedv the following conclusions
Card 1/2 are drawnz Circulation of tar in the coking cycle (additions of-

AUTHORS:-,Zilippov, B. S. , Gandid, ate of Technieal Scieacela,
Engineer and Shchukin, P. A... Candidate
of Technical Sciences
TITIZE: 311mg1a y of the Conference of Workers of the Coking
Industryin Poland (Itogi konferentsii rabotnikov
koksok.himicheskoy prouyshlermosti v Pol'she)
PERIODICAL: Koks i Khimiya, 1958, Nr 4. PP 54-53 (US SR
ABSTRACT: The conference took place on October 26 to November 2,1957
More than 200 delegates 'were present. The problems of
resources of coking raw materials, ='P..?ovements in t-he
production of coke, and new methods of cokirir,- Gas and
non-c6hring long flame coals were mainly disc~issed,, The
contents of the papers read are rgiven in reneral terms.
1. Coal--Processing 2. Coke--Production
Card 1/1

oil
11 !91 lit it I
I u v .1
gut I

FILIPPOT, B. S.
Scientific and tectutological Society of Metallurgists is 50 ymws
old. KoIcs A khim. =,-11:3-5 160.. (MIRA 13:11)
1. Gblen TSentrallnego pravleniya, predeedatell Voesoyuznoy khksokhi-
mic4eakoy eaktsii Meucbno-takhaicheskogo obshchestva chernoy metallur-
(Metallura-Sociation)

SICHERKO, V.K~; IVPNOV,, B,V.; POLYAKOV, I.I.; REZNIKOVI A.A.;
DORRIAN, G.A.; IZRAELIT, E.M.; 1110ITCH, A.G.; TOPYGIN,
L.A.; CHALYY, G.Ys-,.; STETSENKOYe.Ya.; UDOVICHENKO, L.V.;
nauchn. red.; LIRITER, R.Z.)
FIhJEPYxj~ ~ nauchn. red.;
MtDfi _ Ya.A., glav. red.; XULESHOVp M.M.9 red.; POLOTSK,
S.M., red.
[By.-product coke industl'y] Koksokhtmichaskoe proizvodstvo.-
Moskva, Motallurgiial 1965. 167 il. (MMA 3.8.-7)
1. TSentrallrvy nauchno-lssledovatellski7 institutu in-
formatsii i tekliniko-ekonomicheskikh insledovaniv chernoy
metallurgii. 2. Direktor T.Sontrallnoga nauch-no-losledava-
teVskogo institut9L informatsli 1. takhniko-ekonomicheskikh
issi..edovan-ty chernsyy metallurgil,(for Kuleshov).

YILIM)Vp- B.T6
--------------
Hygiene for the ratlroad Passougerw by D.L. Sato-Cyrachl.
Zdorovla 6 uo,6t3,'cl Js 160. (MIRA 13:7)
(PAIMOADS-SANMTION)
(BATS, D.L.)

~- -
nLost weeks.it Zdoriwle 7 no. 41:32 Ap 161.
N WRA 14:4)
NOTION ROWTURES 11, EEALTI, EDUCATIC) ).
1

~~-Firippov il-B.V.-
D-A"ties of the cliy~of the Devonian sedimento in the Tatar
A*S.S*R. and Bashkiria. Neftegaz. geol. i geofiz. no. 5:48-49
163. (MBA 17:5)
1. Vaesoyuznyy neftyanoy nauchno-isoledovateliskiy geologorazve-
dochnyy institut.

FILIPPOT, B.T.; LAZAREVA., V.M.
Lithomineralogical and physical characteristics of clay rocka
in'Albian sediments in western Ciscaucasia. Dokl. AN SSSR
157 no.ltlO8-.Ul J1 t6/+ WIRA 17t8)
1. Thasayuznyy neftyanoy nauchno-ii3sledovatellskiy geologo-
razvedochnyy Institut. Predstavleno akademikom N.M. Strakhovym.

0 0
AUT3ORs -Filippovf~B.V* BOY/155-58-4-12/34
TIM'Es The Solution of the Cauchy Problem for -an Hyperbolic EquAtion
With Initial Date on the Line of Parabolicity (Resheniye za-
0
dachi Xoshi dlya giperbolicheskogo uravneniya a nachaltnymi
dannymi ne, linii parabolichnosti)
PERrODICAM Nauchnyye doklady vysshey shkoly. Fiziko-matematicheakiye
nauki, 1958, Nr 4, 'pp 69 - 74 (USSR)
ABSTRAM The author investigates the problem
r(y)U xx U yy + b(XIY)U y + q(x,y)U f(x,y)
Ujy.o r (X) U W
YIY=O
V(x) V(x) E C(2) [0011 x,y E S
The domain B is bounded in y>0 by two characteristics AM and
BM and by the interval 0Ax,