SCIENTIFIC ABSTRACT PREDVODITELEV, A.A. - PREDVODITELEV, A.S

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342910017-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/126/62/Oi4/004/015/017
Distribution of impurities .... E193/E383
and ion-bombardment etching techniques were' used to produce the
etching pits. The etch figures were examined with the aid of an
optical microscope in the case of alloys containing less than
4c,.' Zn, an electron microscope being also used to examine the
alloys with lower Zn contents. In some cases, cine-photography
was employed to study the process of formation of etch figures.
The angle between the surface of the polished specimen and the
0
basal plane (0001) of cadmium ranged from 0 _ 90 Rows of small
etching pits were observed in specimens with the zinc content
lower than 1%. Both small and coarse etching pits were formed as
the zinc concentration increased. In specimens with 4% Zn the
formation of isolated hexagonal pits was observe~d. Starting from
the zinc concentration of 6%, plate-like pits of regular hexagonal
shape formed in the (0001) plane were observed only. The density
of the small and coarse etch figures was practically independent
of the zinc concentration, which supported the view that the etch
pits corresponded to the points of emergence of the dislocations
on the surface of the specimens. The results of measurements
of the etch pits formed on various alloys are reproduced in Fig.6,
where the relative number (ni/5-ni ) of pits in a given specimen
Card 2/4

S/126/62/014/004/015/017
Distribution of impurities .... E193/E383
is plotted against the etch-pits dimensions (d, 10., the vnriotis
graphs relating to alloys with the Zn content indicated.
Comparison of these distribution curves with the constitution
diagram of the cadmium/zinc system shows that alloys with a Zn
content lower than the limit of its solid s~olubility in Cd at
room temperature are characterized by one system of (small) etch
figures. Two systems of etch f'igures are formed In two-phase
alloys, each with a characteristic size of etching pit. It can be
postulated that the system of the coarse etch figures corn-esponds
to dislocations decorated by the second-phase precipitates,
whereas the fine etch figures correspond to dislocations with
increased solute concentration, i.e. to Cottrell atmospheres. The
results of the present investigation were taken as a proof that
the presence of dislocations considerably affected the distribution
of Zn in the alloys studied.
There are 6 figures and I table.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im.
M.V. Lomonosova (Moscow State University im.
M.V. Lomonosov)
SUBMITTED: October 2, 1961
Card 3/4

5/126/62/014/005/005/015
E132/E46o
AUT11ORS: Predvoclitelev, A.A. , nushuyeva, G.V. , Steparinvit . V.,X.
TITLE: The -4tufly of tlie dislocation structure of crystals of
zinc by selective etching
PLRIODICAL: Fizik,% metallov i metallovedeniye, v.14, tir-5, 1962,
687-692
TEXT: "Fresh" dislocations, undecorated by foreign atoms, can
be made visible in di!pth by removing successive layers by
polishing and etching. The growth structure, twinning and the
dislocation structure which arise under concentrated 1r).1ding, and
the motion of dislocations in the 0001 1~lane in the ['LOTO]"
direction have been shown for Zn. The distribution of impurities
in the cell walls of an internal honeycomb structure was
demonstrated. Dislocations with Hurger's vectors of the type
1 collect al.onz the cell .,balls. Thim confirms
/3
Tiller's theory (J. Appl. Phys., v.29, 1958, 6n). Gliding on
tlic basal plane 0001-Ls usual but if this is hindered it Occurs on
the pri.5m planes (OlLn) in the directions [1-~l0-j , on the --
pyratni(jai pjanes (uiTi) in tlic directions ~1'~loj and on the (211-2)
Card 1/2

s/i ,20/62/01 It /OC,5//('(. 5/01
The -9tudy -if thr, Ij.-jj()c,ttj()rj
K 13 2 / i," 4 r, 0
planns -, ri thc d, rcc -j 'k h tor' , note
s t ra r
syuibol~; app-.ar ti-, be ii-,corrertlv givr-n with 11 indicc-~
Line.~ of etch nits wc-t-o observed -it 000 to each other distributed
along rio'EO3 I.U. port
I to the plane-,t of c I o -; u.~ t
packing They corce-otond to the emergence of screw di-310cations
1/3
lying ill and it.--iving Burger's vector-, of -4:,271 T3 >
Only pyramiJ da. 1. g I i (ii n!'otin(! a t room t empera ture
There Eire 7Cl F~ 1-1 r f~:t -
ASSOCIATION univer.-iitet ii,.I.
N. V. I
-,Oillollo ova C.,:oscow State University i;m--ni
,NI.V.Lomonr)qov)I
SUBMITTED: March 31 , 1962 (initiaLly)
June 0, 1962 (after revision)
Card 2/2

by Z. G. PinsIcer P~asis -of diffractional
f
methods of investigauion 0 perfec. crystals"),
RovinsIciv and L. M. R7bakova ("Investice-,ation of dep6ndence
R- znoci~~z~icai iir-oporties on characteristics of structure
of metals"-), ]~. !~_j 11te I~ci and P. M.. Usikov ("Application
X~L! 11)
of microscopy in investigation of structure of alloys
k.--A. "radvoditelev and N A. T ap nina ("Role of ropro-
_ __ "-1 Y
duction of a[=o6__a_t_Ions in process of plastic flow"), A. V,,,-
Partsovi 1T,-,-V. Fertsov and E. D. Shukin "ScIf-producin-S
1-H vernal dis-p-e-rision of =etals-under action of strongly
auperficially-active~metallic malting") and I* L. Mirkin
("Problems of structural investigations
.requirements of progress of toohnology It 5.
re-:orts presented at the 3rd Intervuz Conference on Strength and Ductility of
Metals, Petrozavodsk State University, 24-29 June 1963.
(reported in Fizika Metallov i Metallovedeniye, Vol. 16, No. 4. 1963, P 640.
JPRS 24,651 19 May 1964.

L 32797-61 UF(q)/0,1T(m)/bDS_ _A~FTC/AW.- -,JD---.
ACCESSION NR: A?3000773 S/0070/63/008/003/0405/0412 _i~~
,.A'UTHOR- Tyapunina, X. A.; Predvoditelay, A. k.; Martj*nyuk, G. K.; Shvidkovsi%ly,
Ye. G.
TITLE: Investigation of dislocation-structure and the propagation of dislocations
in cadmium crystals
V
SOURCE: Istallograftya, v. 8. no. 3, 1963, 405-412
TOPIC TAGS:- Frank-Read source,, hexagonal crystals, Cd,, dislocations., Burgers
vector., slip band,
ABSTRACT: Because the literature is unclear on how points are provid--d for
spinning dis.locations t6 supply a beginning for a Frank-Read source, the authors
have un er a en-t_Qtysis of possible intersections and interactions of dis-
locations in hexagonal crystals. They have made experimental tests by selective
etching to determine dislocationst and they conclude that hexagonal crystals have
favorable conditions for the formation of points that pin dislocations during
T)lastic deformation. They conclude further that the reptraint on dislocatio-.~5
~o move in planes of the Drim or the second-order pyramid considerably cxces-~s
the restraint on movement in the basal plane, which impedes transverse slipping.
Thus, during plastic deformation in hexagonal crystals, dislocations apparently
dard 1/2

.L 12797-63
ACCESSION NR: AP3000773
.occur chiefly by operation of a Frank-Read source, and this leads to the experi-
mentally observed localization of slip bands. Orig. art. has: 4 figures, 3
'formulas, and 2 tables.
ASSOCIATION- Moskavskiy gosudaretvennyAy universitat im. M. V. Lomonosova
(Moscow State University),,
SUBMITIBM, 06Ju162 DATE ACQ.- 21Jun63 ENCL- 00
SUB CODE: 00 NO REF SM 007 OTHER: 014
Card 2/2

,kca,miar im: AP023434 S/0181/61t/006/004/l~2/1088'
1.117110.1133: ShvidkovBldy, Ye, G.; Predvoditclov, A. A.; Zaldiaroya.. Ms V.
TI=. Conditioar. for Growing ca4mim irhirkcra by vapor ccnaennation
-OU7ZE: Fizilta tvardogo tela v. 6, no* It, 1964, 1o32_1o38
TOPIC S%GS; whiGlxcr, acicular cryit-'.. cryGtal grmffh, crystal synthesis., artific-'_
al cry,,tal, cajarailln, vapor conclensation, argrcn abuoGglere
,'03MICT: This paper contains reGults regardin- the effect of argon
~?-=Gsu=c m the -,-.-arth of cadmi= whiL;;.crz. A method is proposed for cmputing
.hc vanor oversaturation in the grovin, at which whis'Amr fomaticn bet-,ins.
The =...'AoLl oZ cr.,,,atal groving employed ic do3cribed in variow places in the litera-
On GraAng the crys-
-=c (G. 'J. Scarz3. Aeta Met., 3, 367, 1955; E. 14. Nadgorny*A
J_ , the gra.--
ta,', .he wathor noted a characteristic distribution of condensate alon, U
:Uiz; tube. At first, condensatim took place at the crystallization temperature oj~
.ptions were observed when the f;row-inC teuc
cadmiua (32CC) at. all pressures. Exec-
was not filled with argcn (reoidual pressure, 10-6 m Hg). ThL- interval of
at, all vapor-:pressures fran 10 to 600 = H- covered about 20-25C and IAy at
Card 1/2 1

:ACCESSIa,f XR: APW28434
295-320C., but a change in argm pressure caused a change not only in the fLo3:M of the
,.fhislker but . also in the time of Growth. At low pressures the nunbers and sizes of
crystals were much 3reater. Results s1hou that a constant CcL vapor oversanturatIcn
prc?_uces acicular crystals at any inert-gas. pressure; the pressure merely mod-n-Lies
tho rate of crystal growth, increasing or decreasing the diffusion rate of cadmi=
atcms to the Graring crystal. Caaputations show that the whisker crystals beu-in
:-'U;o --rair at, a vapor oversaturation of 0.17, which is a lower value than the 0.4 re-
cordecl by P. B. Price (Phil- Mag-, 5. 473, 196o). Orig. art. has: 5 figures, 1
table
and 7 f0mulas -
'ASSOCIATIM: Mloskovskiy goeudarstvanny*y universitet imv M. V. Lcmcnosova (Moscow
:State University)
SUIRCTTM: 170at63 DPM ACQ: 27Apr64 EUCL: QO
SUB CME: Pa. No iw Son 004 t 009

BIP(b) IJP(c)/AS(mp)-2 ASD(a) AMIT ASD M)-3 D(f-)a6V
-111-1~~6~5 EWT(m)AWP(t
6 EX/158/414 083VOS838
0
4
2
S/
ACCESSIOR,HR: AP4047 23 ESD(t) jD
/
AUTHORS: Rozhanskiy, V. N.; Predvoditelev, A. A.,
j
of diffusioti0of point defects along dialoca-
TITLE: On the role
tions during the course of pladtic,deformation

Dokla4y*, v. -158, no.. 4, 1964, 835-838
SOURCE,. AN SSSR.
TOPIC. TAGS r crystal lattice defect, dislocation study, plastic
deformation,, a 1 146 cgystal, zinc, dislocation motion

ABSTRACT: The diffusion intera*ction of dislocations, which occurs
with point defects~move 41ong a dislocation line, was investigated
in a single-crystal-7~lfoil obtained by electrolytic polishing
of thin chips Cleaved off a large single crystal cooled in liquid
'

1
allel to the
nitrogeni. The (0001) plane uas-strictly oriented par

surface of the foil. Four types of dislocations were observe
d in

an* electron
'i~icroscope, with principal attention paid to the cutting
card

L 12913-65
ACCESSION: NR.-. AP4047323.
of-th y the motion of edge disl
e ring of prismatic dislocations b 0-
ns_during~the course of plastic de
catio formation. The coefficient
~,of diffuai n in the interaction-of these dislocations is esti
0 mated
-9 2
to be about 10 an sec at nearly room temperature, which is some
----_10--orders_.of_magnitudq
jgrge~ than the coefficient of volume diffu
i sion.. This large value -of the coef fii~leri t- -dhow4 -that -dislocations-
can serve~aa efficient channels for transferring point dislocations
between Various regions of the crystal.. "The authors are deeply
gra~eful.to A. N. Orlov*V. L. Indenbom, A. L. Roythurd for valuable
reniarks and Ye. V. Paryova.for help with the.experiment." This re-
port was presented by G.V. Kurdyumov. Orig. art. has: 3 figures
and 4 formulas 6
~ASSOCIATION: :Institut kristallografii Akademii nauk SSSR (Institute
!of C stallograp7hy,- Acadew of~Sciences.sss
R);.Moskovskiy gosudar-
:Stven,ny*y universitet im. M. V. Lomonosova scow State University)
Card

~tl ~L,895-65 (b-2/VP(b)/EWA(c,)
lip( C) rD
ACCESSION Mv: AP5005271
AUTHOR t Prjd~v_Aitel A. A.: Z~~arova, M. V2
~-7
TITLE-.- Concerning the strength of whisker crystals of cadmium and zinc
13
!.S=CE.- Mika tverdogo tela, V. 7, no. 2# 19659 379-386
filaniezitM cEystal, cadmium, zinc$ strength, dislocation density
TOPIC TAGS:
ABSTRACT: The-cadmium and zinc whiskers were grown by, condensation from vapor,
us-ing a met had described previous -ly b-,-- the authors (with Ye. G. Shvidkovskiyj FTT,'
69 1082p -was measured with a special set-
19A) . The strength of the whiskers
up built*in accordance-with a scheme described by H. B. M. Wolters et al ('T. Sci.
Inst.o.v. 38s 250,9 1961). The load was measured with'a ring dynamometer. The
:1 cross section area, necessary to determine the strength$ was obtained by phatogra-
pby at large magnification, using the,MUF-2 microscope. The diffraction effect on
the edges.werereduced by using ultraviolet light. The reduction of the experi-
mental dats lq:-leastr aTiares bas shown that for cadmium in the range of diameters
1-50 .4 the strength is equal to 1.7 + 211/d2 (k#=2), where d is the diamter in
microns* -xn the case of zinc in the range of diameters 1-80 ms the strength in
I'Card,1/2.-

L 34895,65~
ACUSSION NRt AP500~24
2 -unlike mawj other metals,,-the strength is proportional to the
9 + 127/d Thus
reciprocal of the diameter squared, and not to the reciprocal of the diameter. The-
values obtained for the strength are compared with the theoretical shear strength,
and the possible effect of axial dislocations on the strength of whiskers is also
discussed, ItAs-assumed 11hat the-start of.plastic flow is connected with the
axial dislocations and their quaatity., then the strength should be proportionml to.
1/d2 since the -nu-mb4r of dislocations, inwhiskers is approximately proportional
to A It is also possible that this behavior is peculiar to zinc and cadmium
I only. "The authors,are deeply grateful to Professor Ye..G. Shvidkovskiy for a
digcussioift.o:r the results." Orig. art has: 5.figures., 1 formula, and I table.
MSOCIATION: Moskovskiy goandarstvennyy universitetim, H.'V. Lomonosova (Moscow
i State University)
sumarm t o7jui64 EKCL:~ 00 SUB CODEs SS
-009
YTH REAF Soyt: 021
Card 2/2 _~7
R

L~5252&-65 E dT (1)/E1,'jT (m)/T/tWP(t)/EEC (b),~awp(h)/F_WA (c P4-4 1JPW
Ac=xqN,NR: AP5=714 )01817Q00V691108l 1
AUTIHOR t, Ra~mp H, Ke;. Predvaditelevp At A*
TiTrz: Vation of dislocationq_Ad. relmtion of stresses in sodium chloride Me-
tals
'-SOURCE: Mike. tverdogo tela, V. .7. ~no. 4 p 1965, 1081-1085
TOPIC TAGS: sodium chloride# dislocation motion,, stress relaxation, seletrive
I etching
q
ABSTRACT: An investigation was made of the motion of dislocation and stress re- i
laxation in_gi_rg&2_c alsAf sodium chloride. The stress relaxation was measured
Mste_
var a
vith a relaxometer which made it possible to record d:Lrect3,v the i tion of the
stresswith time (V. R. Regell and G. A* Dubov, PTE.No.. 6.. 102, 1958). The test
samples measured 5 x 5.x 106~-8 x 6 x 16 mm. and, were cleaved from one large single
crystali.,7he Initial average d1olocation density In the samples was 2 x 1 CM!,2.
The sample was continuously etched during the course of rele.-Ation,, making it Poo-
sible to investigate the dislocation motion. The etchant used was a saturated
solution of cadndum mdde and a mixture of butyl and metbyl alcohols (5:3 ratio).
Card
112

y

STEPANOVA, V.M.; PREDVODYIVELEV, A.A.
Interaction of glissile edge dislocations with block boundaries
in NaCl crystals. Kristallografiia 10 no-32:384-388 My-Je 165.
(PaRA 18:7)
1. Moskovskiy gosudarstvennyy universitet imeni M,V. Lomonosova.

L 044r:7-6'1
ACC NRj A160 118547 SOURC.E.CODE ___ UR/01BI/66/00-8/666/18~~/2?-
AUTHOR: Predvoditelev, A. A.; Rakova, 11. K.; Chebotareva, Ye.
ORG- Moscow State Universit im. M. V. Lomononov (Moskovskiy gosudaretvenny univer_~
sitet) 1161
TITLE: Investigation of the motion of dislocations in NaCl crystals during creep
SOURCE: Fizika tverdogo tela, v. 8, no. 6, 1966, 1834-1838
TOPIC TAGS: sodium chloride) creep, crystal dislocation phenomenon, relaxation pro-
cess
ABSTRACT: This is a continuation of e,3,rlier work on NaCl crystals (FTT V. 7, 1081,
.1965), in which it was shown that rela:cation of stresses at room temperature is de-
t ermined only by conservative motion of dislocations, and singularities in the law
~It
governing this motion were established. The purpose of the present investigation was
to determine -the motion of dislocations during creep in single-crystal NaCl at room
temperature. Soft crystals were used with yield point 12C) g/MM2 and initial disloca-
tion density -105 C1072. Special apparatus -was constructed permitting strains of the
order of 10-5 cm. to be registered at room temperature. The motion of dislocations
w9s investigated by the method of directly etching the samples under load. Quanti-
tative investigations of the dislocation motion could be made only at stresses
slightly below the yield point-~50 g/Mn2), before intense dislocation multiplication
could be observed. At 100 g/mm: and higher, the experiments failed because of the
Card V2

ACC NRt AF6018547
large dislocation density. No pronounced dislocation imaltiplication wa's observed
during the creep. It is concluded that the creep is due only to displacement of al-
ready existing dislocations, produced during the initial deformation of the crystal.
Some 40% of the dislocations capable of motion participate in the creep. An expres-
sion is derived for the calculation of the creep from the measured moiion parameters.
The good agreement obtainqd between -the calculated and the experime al datft gives
grounds for assuming, as in the earlier study of stress relaxation,(tat the non-
stationary creep of single-crystal MCI at room temperature Is determined by redis-
tribution of dislocations within the crystal. It is pointed out, however, that there
are essential differences in -the dislocation motion during creep and relaxation, so
data on creep do not apply to dislocation, and vice versa. Orig. art. has: 5 figuresi
1 formula, and 2 tables.
SWCODE; 20/ suBm DATE: 15Nov65/ om REF: oio/ oTH REF: o_16
Card 2/2

ACC NR: AP7005343
~edra broadens with increase of aluminum content is described. Although the presence
of the tetrahedra should increase the resistance to plastic deformazlion, lay hindering
the motion of the dislocations, no change in the resistance to plast-ic deforration
could be detected by measuring the microhardnessi it is therefore concluded that the
tetrahedra do not act as major obstacles to the motion of dislocations. Orig. axt.
has: 3 figures.
SUB CODE: 20/ suBm nATE: 14jun66/ ORIG REF: 001/ OTH REF: 007
2/2

N]IMSIITM#,B*Zoj, nauchmy7 sotrudnik; FREDVODITELEVA, A.D., nauch-yy
sotrudnik PARSHINA, NeNep nauchny-y--o-o-tr-u-dEa,--AGEPOVK,-A.D.,
nauchnyy sotrudnik; RAMPCHT. K.A., nauchnyy sotrudnik KOB12NTSp S.G.,
inzh..
Manufact.-we of chlorin knit underwear and its therapeutic use.
Tekat.1wom. 21 no.6:71-73 Je 161. (MIRA 15t2)
I
1. Voesoyuznyy nauchno-issledovatellskiy institut trikotazhnoy
promyshlennosti (for Nirenshteyn, Prevoditeleva.. Parshina.. Agapova).
2. Institut obshchey i komnunall~oy gigiyany (for Rapoport,.
3o Trikotazhnaya fabrika "Krasnaya Zarya" (for Koblents).
(Knit goods industry)
(Underwear)

MOGILEVSKIY, Ye.M.; KHORIKOVA, O.G.; FINGIM, G.G..-. IIREDTOIjjz'~~PVA,
KUZIMINA. G.P.; MIIHAYLENKO, P.P.; TUMAYU, S.A.
Continuous process for producing viscose rayon and for its
finishing. Khim. volok. no. 6:25-27 160. (MIRA 13:12)
1. VsesoyuznV nauchno-isgledovateltakiy institut iskusetvannogo
volokna (for Mogilevskiy, Khorikova, Finger). 2. Yseaoyuznyy
nauchno-issledovatel'skiy institut trikotazhnoy pronWshlonnosti
(for Predvoditeleva, Kuz'mIaa)- 3. TSentrallnyy nauchno-issledo-
va tell skiK ids titut shelka (for Mikhaylenko, Tumayan).
(Rayon)

PREDVODITELEVA, A.D., kand.tekbn.nauk; GRECHUEHI11h, N.A., inzh.
Experimental use of synthetic fibers in the Imitting
industry. Tnkat.prom. 19 no.12:14~~i6 D '59.
(MIX". 13:3)
(Textile fibers, Synthetic)
(Knit goods induatz7)

-3T
G. A.
St : t -

PREDVODITEIY,VA A .
-, -,%-_,_kand.takhn.nauk; DUBROVSKATA, M.P., inzh.;
NIMISHTEri, B.Z., inzh.
Using new kinds of synthetic fibers in the knit goods industry.
Log. prom. 18 no.7:20-22 Jl 158. (MIRA 11:9)
(Knit goods industry) (Textile fibers, Synthetic)

L 17721-66 EWP(J)/WT(z) RM
ACC NRi AP6003415 SOURCE CODES UR/0190/66/008/001/0076/0079
AUTHORS: Predvoditelov., De.A.; Nifantlyev,, E. Ye.; Rogovin,_ Z. A.
ORGt Moscow Textile Institute (Moakovskiy tekstilinyy institut)
TITLE: New method for the synthesis of phosphor-containing cellulose esters
SOURCE: Vysokomoleku]Lyarnyye soyedineniya, v. 8. no, .1. 1966, 76-79
TOPIC TAGSz cellulose, phosphate esterp esterification, phosphorylation,
phosphorous acid , organic synthetic process , eater
ABSTRAGTz Reaction of mixed acetic and methyl phosphorous anhydride (I) with
qellulose (II) yielded cellulose alkyl phosphites (III)# while esterification of
TI with methylphosphoric anhydride (IV) gave corresponding phosphate (V). Both
reactions were of interest., as the prior methods of preparation of these compounds
required rigorous conditions leading to the destruction of cellulose. Syntheses
of both types of anhydrides were new and followed scheme- lt
't340," 0 CH.0 Q
P +C1CQCHv.-_-jrC&.' "I lp_~DWCH~j
HO/ \ /. ' -
H H
Card 1/2
UDCt 541.64+661,728.89

L 17721-66
AGG NRt AP6003W Q 0
(CIISQ)SP/ (C11.0).P Or U'lliel 6 C1180P 1110 0
and scheme 2t \ it \C1 Cr
Preliminary activation of cellulose with fib% acetic acid was required. III was
pared at 50--60C in an excess of I or in an organic solvent. Effects of time,
,pre
teWerature, and catalyst upon the amount of F introduced into the cellulose eater
macromolecule were studied. Preparation of V required higher temperatures due to
the lower reactivity of anhydrides of pentavalent phosphorusv and thus gave less
satisfactory results, Orig. art, hasi 2 figures and 3 equations.
SUB CODEs 07/ SUBM DATEt 15Feb65/ ORIG REFt 0051 OTH REF: 001
net

Y r 165.
wy J ns
Mos.Ko%,sk-y tsks til I i,:. ~ ~ - .1 ".

PREDVOMEEIEV., D~P.; NIFARTIM, E.Ye.; RoGovIN, Z.A.
lcynthesi.3 of celluinse p~ospljltes by The react"on of mncmethyl
phosphite with cellulose and their subsequent tram f ormat low,
Vysokom. soed. 7 no.6-.1005-1009 Je 165. (MIRA 18;9)'
1. Moskovskiv tek-stilluy inf;titnt,

PREDVODITELEV) D.A.; IYUGANOVA, M.A,; NIFANTIYEV, E.Ye.; ROGOVIN, Z.A.
Synthesis of phosphorous cellulose esters by reesterification
of dimethyl phosphite and their subsequent transformations.
Zhur.VKIIO 1.0 nu-4:1,59-461 165.
(M.11,1A 18:11)
y ;.rstitut.
1. Moskovski7 tekst',Ilny- - -

27-66 EWT(nI.)/E%P(J) RM
L 23
ACC NR, AP600697h (AT SOURCE CODEt UR10190166100810021021310216
AUTWIIS: Predvoditelev, D. Nifant"yev, E. Ye.; Rogovin, Z. A.
Omit MoUvow Textile Institute (Moakovskiy tekstilInyy institut)
ations of cellulose alkylene phosphitea
1-~: Synthesia'and chemical transform
(191-6 Ixt report in the -series "Study of the structure and properties of cellulose mid
_4._,SO0KGE*. `_xyap~omolaktilyarnyye soyedineniyaj v. 6, no, 2, 1966p 213-218
Toe.' Aastic, phosphorylation, organic synthetic process
cellaose p
-AUSFkACT: Synthesis of cellulose alkylene,phosphites by phosphorylation of cellulose
With amides of pr6pylene glycol phosphites or with ethylene glycol phosphites is
df~scriboa.:* Efrect'or the structure of the amides, reaction time, and temperature
x1pon the , was investigated
amount of the phosphorus incorporated into the product
aiid is illustrated in Fig. 1. Reactions of cellulose propylene phosphite with a
variety of reagents and the products obtai~ed_are summarized by
Card 1/3
_____UDC:_66.O95.26

L 233244,66,
ACC NRs AP~66697h
. 0 0 0-clis

ello-O-POC11,1111ocilicl NO. 11,09. 00 1 / I
cell-o- Coll
P

Colo S 0-cul
t
V \c11
o
-
i
celk
O-clf 0-01~
de,140-P/ \CHI
.
0-cill 0
J
134-o- ~IOCIT
C
CH
CH
CHIJ A
I
S
A
0
0 004-0 0
cellt-0 POCHICTISCIIIJ ce]J-O-POc11=cc1I
&

l-
o
Hydrolytic stabil, of all the resulting phosphite asters was studied; the esters
l
il
4i
-
-
-
v
n'
l~ava-lent
o
e
e
r
e found more stable
P
w
pk than those of trivalent P, No B. 46kolova
,.participated in the experimental work*
C*4 2
.7.7.7

L 23327-66
ACC NR, AP6006974
CC
r-4
1'2g4 I* rALUCT, 01 WTV p"U5PfIVFYJa&I2UfJ
conditions upon the amount of phosphorus
incorporated into the cellulose macromolecule
(ratio 40): 1 - treatment at BWGI 2 - at
IOOG; 3 - at 120G. a - Phosphorylation
with dimethylamide of ethylene glycol
phosphite; b - phosphorylation with
dimethylamide of propylene glycol phosphitee
4 F /at
time, hrs
;Orig. art. hast 2 tables, 1 figure, arml 11 equations6
ISUB GODEt 07/ SUBM DATEs 15Feb65/ ORIG RM 008/
oTH Pm, oo5
CC-rd 313

PRFIIODITEIZV, A.
eN
PREVCDITELEV, A. CA. 2-0-101-11115
Z. Physik 32, 861-71 (1925)
Theory of diminuation of fluoresence.

L a ~6 S, L AA
A inteiMistiou a( The Mucture
see
M 01 u Is w n v u w .1 4p
d 1.

the hydmgva slam eccorWn, to
i

lo

I
Imes
-1 fALjurGKA& Lifffifitt CL&JUPICATICk
gee
(W 0 4
IS
it" It "1 1 14
IV It 19 n (I
IS IS a 46 0 4p 0 0 0 0
00 : : : : : : : 0 4,* a * a * 0 o 0 0 0 Is

u I) is w It Is IIIII IVOIJIV
A 1, 1 'P 41 --. 1--l k-Y-il-
ZIND jejump-all RU b0 a J. 0 is a v a $I
L I 1--AA IV. (9 0 24;--!- A- A A a j - - 0 4
The possible irstaiwasbip ot Boke& postulates to III& equation* of IV
g: SchMinltff- A 8 PRICUMOMNLRY, '.f RMIS I'hVi
711111.411 Math v

f Wes
O '
b 1 71 ~4 t j a fm 0 1 a 3 1
1
of or 41
A
go* *0 0 0 0 0 0 O'A

0 0 0 111
5 6 1 S I a It 9 IS m a IS it 9 IT R 11 21 All Al al Is is 0 it U a a is 31 a 30 V is Q A)
A s c n a 8 1 a a L a , p 174 4 0 a
-A4 0 M 0 IX A- A - L 4 1 1 a A

40
00
00

-
The wimaosity of UquWls and ga"m it= the t
10
1;
1.
-Fiaw of C"k mbedon. A. S. limitt~htarkv. 1
1
1
2j, 1 f~
M
G
MXOI
S
X
) 3
Irk
PA
U
ti

00 '
.
~
.
-
.
.
.
a"ac
YS. I
.

04 1 btaM~~ with a given &jW orientation.
OA
P
-
. i FrCumatt. J. Fxpa~ Fkr,,rrl~
'
0
r I
kvt. (U. S. S. R.) 3, JIU-41 VIM.-The mcthod tit
' ",dV. . .'ed to, obtaining thetrystals, a tul-,)( i
Ifilun. 11.8 mm- cocte. the melal, being lowered at a
00.3 rate of 245 mm. per hr. through a furnwe. For a jjjjw
ensfing in a look capillary, truly thamerd. the hriaganAl
00 j axis of a Zn monorrystal i4 pertiendicular to the axis ,I
00 the tulw. Ulim the tube end% sit a capilUry it) whk.h
a thin-ipl61 Sphere tit the SAIIHM diSM. I% Wid"l. JIM0111
041
tcKwhing the free end c;l the capillary, the hi-saxonal
00 z axis of the ruoucterystal is rwallel to the axis of the tube,
00 114 the capillary in this same form of tube in.&lws 2:1 Atiltit'
t&. a with tbr axk of the tube. tJ:e hexagintil Am% t)f Ibc
t

A th,, tid-
gl~wstixl also makes an angle of a .tit Ow axi-i
nilay msultv were obtained ids., with Cd end Ssi.
Matte (;.-)t,r
L SITALLUNWAL UIRRAT4011 CLA%%IFKAIIC*
$*Juba .41 QkV Q.(
was.) -6
* - ; - a
.0 All* IS it a IS a it it
#A
I
-90
-0*
as:
zoo
0*
00
Zoo
690
ZO&
Zoo
Il 0
'roe
------- too
1 ~--'
Al ina
0 00 0 0 o 0 0 0 0

vIv-

6 1 0 0 it it a tj m a is 11 4 a If a is v a IF a " lu .1 a 41
A
o A f- A A 1p. AL -1. 1a CML 0 a A L- -t- t A If kA 4 0 4 A --A- ,u
0A

00,
00r -00
T#w dwacy od vWo*sft of I*uW& mad of meWcuW

00 7 t-se
0 -. sallocialWa. A. S., Pt.dvollitokv. J. 1,,pd. JAro,tr .00
:
OZ
1
ju, S. S. Ro J. 217-2,J(HW). M. (,.,V,r
*so
000 1
:
00 ce
00. =00
00 :- ~=Oq
I S L A*EIALLUNCKAL LITIMPATLAIE CLASSIFKATIC"
48
0 u 0 a go n of up a it a m I
o*000 :!0*0000*00400000 *0400
'a 0 0 4
0 0i,4
0 0000 00400t00040400400000
0
!000 100000000000
-00
zoo
zoo
200
so
f Z" c:0 0
%roe
aa
I, PLO 0
IM L 1 4 #0 0 0 1 W
If
00000004000000
0000

I f t of is it At W
4T
:9
f
to
go
00
00
go
so
lie,
0.0.' 4.7
AA Ai A 1
66
cr
0 0 0 0 0:0 a 0 0 0 0 a 0
0110~ 1041 0-0 0 * . 0 * 0 0 0 0 * 0

F
0 0

'
,
f 4 0 4 0 0 4 0 0 0 a 0 4 0 a
14 It is As
it a a
14 i~ 1; It u It M It At It $1 L 1; At At a fe
I 1 9 J-1 -A I A, M 0 Uis

-
- .00
This botat cmdo0vilty of soUd host imalt"forst A. s.
,
t
"Irdliudilvicv. J. Espl. thf,ted. I'Ayt. it s. S R 1 4,
-
4
v

-.r --Oil if, -
3 A (1104). e ljaii;, of At, -1,
r
1
1
"
(
-00

'
Ic wolves Ill istsmAl,k- -lidu a Ilit-my oil lit at c-md. 6 d- -00
vc-linted 01141 umpait'll Willi 1141a Am INAACI. 140.
CAV". Nactil" Sit I'. gla-. so &% mal 1.1, Awl 'k, . At -00
t"V- 'actitls ""I. lit, 1411-.
tilv
.00
"'
N,, Immim-nickirl -IM an.1 C.-timAn -ily-s The heal
coadmitivity cd eletbum ccoducton. thod. NIS .1.1,
On (he tmiisis of ni(Wrtn ~u~ptimt. tit the natutv .4
mallcr a It7y 6 glevehilAtil and cmipaird Willi Alai,
I-Ar a nu. A wrimilt. P, 11, Haillismill
-60

.00
00
=9 0
A 0

ct .$til' it .1 ICN A to 0
too

9 Q if
0 41 0 4
00 4 0 000.0 00-7 All I I R 01 -0 --- --j -A] -
n t. im

4 0 6.0 0 0 0 * 9 0 6 0 0 a 0 0 0 0 0 0
101 ; *~~ 0 04 0 0 0 a 0 * 0 * 0 0 0 0 0
"

T
0 0 0
14 SO a It At IS So a Is 0 a IF 0 it a it a OP
11 A 4~0 J-,P-ita LIT
00

09 (A)
00,
E Thew. Phys. U.N.M. It..
A
h

411111
: -
t
oory of heat
M
d
l
d
l
l
0 a co
udlon is
eve
aru
coniltarril uli
ll pilled.
ope

0 q mental data. Cm. Aws. It)
0: AO
Gott
=00
as

00.3 coo
00.

Ogs

=00
be 0

1 5 L A NITALLuar,11CAL LITINATU" CLASSWICATICH R-Z ---- ----- of

Solaro WIP Otto Got
ONI
4131 4111IL111 *0 0"1 Ill 00
V
9
a a a 19 it a It
'T I a (w 0 0 a 1 No IN 3

:
d-
'000
0 0

0 0 0 0 0 0 0 0 0

9
IN, 1

0 Is's e I
0
a 0 0 0 0 0 e 0 0 0 0 0 0 0 0 0

AVO-A

Wg.
004-
0 to a 6

0
1 u
_
f I

44-' 00
'Tito s
.91 00
l .-I , M.
A
1
1.0 I
th" a ut", -
0
thr 'All's b"", is I
2%11
he Iu'
~
* 0
the
OlAt t
.,hln t
d4lA
h Z
t,
t
from
I'llt IS h
aft 14.01inalln
lirrien5t,91% Illin

z:0 0

100
0
zoo

_00

CL.%SIFK.T'C-
rIK4L L'If"ITURf
S L ITALO
43
it
&V 0
:
:
0 4

0 it v tr W 0 a
o AJL-L U 11 :
- n L A I -AL-
A ;.0 040121
09 a
:011
ail MONS SMAIIIIS 61 do*
-00
;-00
.00
.00
goo
001
get
09
600
'00
00
'00
Wes
!moo
Themy of IM NVONA MINN. Team.
PAYS., USS.R. S. 4. pp. 364-W IM. criticism of

1--
:0 Ilklici*M's tbmry of the bunnn dame the authm stAtn that there is no

lo
ical T
Ar
t
ki
f
th
k
d
f
& c
Am
or
a
e ve
)
g
n9
ty o
unbwnt V" inside the cam of the
0o U= As PQTAIW W the 9~wfatriz of the cyhn&wAa tube tivough which
d
the gas is
i.%charging. He peinta out thatonly a knowkdge ofth~ pmcnw
CLWUWted with the dlvr~ of,e VAs into bw spdm will lead to -t
dtagrumix of tho action. Mie User cons a# do Ame 6 shown to be 3
*0 repreic
tation of the byearnical law of the diattibution ad velocities
over the cro-&-metion of the bordL ISUM CA calculabedramults are shown
to be in ckoe agraerneat with photographic reproductions of actuW flaumm.

00 a S. G. kk
00 8
TALLOSICAL LIMATtAt Ct-kSUFICAMM
IL S 49
t 4v OM
V II F;
n At It R
0 "1-. -0 o- '. '-' 0 0
:10 *0 0 40 0: 0e* :
9 1W a IAl 9 j
ft I a
0 * 0 0 0 & 0 * * 0 0 0 * * 0 0 0 * * 0 0
00 * *0 0 0 *0 & 0 00 * 04 * *00 a

N
of* 0 0 0
ear 0 0 o 0 0 a 0 0 0 4 0 0 :
0
1 11 It a IS SO IS 14 1? is " a It a a 30 n a is
g -A- AL-1 a 9 f P - - - -1,
L
I-
00 irl
0
00 a
00 j
00 8
0o
so
0
:0
V
of
Of ch in hio-frequelitiq *I"
A 'r,.jZ`dv,X'fiI
',Icv. J. PAY$. CAM.
k.) 6, The math. formulation
111cory of disper-joil atilt almnilligmil ld flight *I
Fr(im the analtogy lwcwecn the ordtin (if a high-ft
electromagnetic wave on a ga3 niedium ctmig. Innis
action of an optic electromagnetic wave on a medi
unomalou% di%pcr%ion, the (twunds v - .111B -
give, tile tpecA tit a simple reaction.'where B is d
riwal tit the mean life perictil of kin stoin, A a cams
tile tf*ff. -if thimpIng. For nitift, comples tear
which Wtieral allf"Is take flart, (hit forninfid 14-CCOO
Z,W(fti -4p. Formula 0 1 agrm well with exptl
I'll The change of Ot Into 0.- The alin-13. J *nil
r;iIrd,iobr,f - 44SX IW, B - WX I ()., alld the
Imritod4AanO~ioti-5.5XIi)-',.wc. Thedataof~
all,] Zahgin on the nxidatiun (A .50, in aim. &if ii
frequency discharge (J. Phys. Ckm. (L'. S. S
4:111 44(1935)) agree well with the formUlA Y
(H. - a) + A31662 - 0), wheft 'I' - M
ft. - 43 X JUI. A, - IIx)X 11)4ww BI - 125X 101.
proifitly #if each lif The ions taking pan in the rem
for tile fir,it itm I/fi, - 2;1 X 10-4wc, &nil 1/11, -
~c. Tables given show the close, agreement
with expil. speeds of reartkitts. F, H. lumit
fAILLUNGKIL WINAIUME CLAUJAPKA10"
0 M !P"jF to'; 10n gig 011113 1#x
- Ole 0 0 0 4 0 0
0 0 4 0 0 0 0 0 0 0
00 0 of : 0 0 0 :
011; ;!;;a, 1 11 6
Ole o 0 a 0
0 0 0 0 0 0
ce-0 4 0 0 a
it
0 0 4 0 $ 4 ; 0 a 0 a a 0
union livisjosoil a" W 4540
. d I _. _L __. . . 1 .1
. 0 oil$ - 04

S,
di
S -00
D1 the
-00
umini.
flotency -00
nit i be
-00
n with
6) (1) .00
recip- 800
still I
'11,, in
zoo
400
rc.ults
0 were moo
Wmallift, too
orhaeva
it high- Is
R. 1 6. 17
2 NO 0
- At,-
Y UP. ::* 0
The life 4900
ion are
X 10 ~
'00
cale'l.
Malln
'90
coo
Nee
1190

a 0 V I ill ft S a G it I to
"
(
0 6 0 0 0 0 a 0 0 0 0 0 0
0 0 0 0 4 0 0 0 0 0 0 4 41 1

to as Go ease 0:0 9
a go
4 4 1 is 11 1) it 14 it 4 1) J;3 Alb A1722911011 Vu Un Aim a P 40 $1 u 41 Is a a
A I L A ft P 9 a I N CE mutt- k 1. *__ll A ~ k V 1 .1 %
it- Ca".1
Comearming the eff*ct of wild admixturtle as the Velocity
P P of flanto In cassibustible pe wilmam. S.
of r0 ap
('41111,11va :!rA, Pycilv(xlilrl~v. 1reb. PkYs- V. S. S. R.
41* S. PO 4%(193miffil Frillish).- 41i'tts. of air and CO wrte
0 studied Phol#19TAphiwally its a tube :1 cm. in diam. and
alout 2 tn. long. Thc c(fects were studird of adding SiO,
00 gel and activated chan-oal of av. particle sim% from 2 to 12 -so
00 8 P and 6 to 10 Ogesp., and in cuwns. up to !hx) and to 21) -00
00 mg./I.. resp. lame velocity is a linear function of the
dust concti.; the fincr the dust, the gt"tet the slopc of thr x* 0
Um. Silica gel decreased the velocity. and charcoal dust
00 a A =**
Ancreasedil. For SiOjSrI the flarnevriocity a Is given by
00 a a - 14 - CGIF, where irs is the Velocity In tile abwticr r.0 0
00 j of dust, r the &v. sixr. of the dust particles. G the dual
-00
conw. and c a coast. The theoretical expressions ob-
tabled from conkirral ions of thethtunal-cond. mechanism 0
and the temp. distributimi in the dame front confirm
0jumobtahled frtnn lite evild. thins. S. L. Gerhard
00
00
zoo
lh* 0
00 boo
A 5 a S L a RET&LLURGKAL LITERATLfit CLASSIFICATtON
oil. 13r00
U It AV 10 0 0 1 Ar of 5 a 2 1 V J-40
1y ts a
0
'a 0 0 oio 0 0 41 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 & 0
OT441 1 00 O-S!
: : o 0 0 0:0 o 0 0 0 0 0 o o a 0 0 6 0 0 0 0 0 0 0 a 0 * 0 0 6 a

0 9 0 000
:
00 0
10 11 u 11 Is is I? is 11 )a IIF n m 21 26 A
00 L I C IS I I L 9a.-1 -1 -to 11 V A y I -A& 0 x
it, ..P
J1
C
008
06
00
00
0 0 of
00-3
000
00.3
004
0
0000
]a ]I U11 Un mv Alivado U&J"ace
L-t -- L-i A.- -1 -0 a, a --t i
Combusfion of a carbon particle in a cuffoont of gas
A_S_-P1v-IvWiLCkv.
J. 1'&h. Phyl. (t*. S. S. RA 10.
'
mit-Lp(mm. The taii[tusituiiof&Cliarticleiiiat-ur-
.rut tol got, was v%Amd. arvilyticaliv with the fidi'ming
.4-uu,Ijt,ot~; (1) the ZAI 11- v,an tw dr~riloed by a 1-
-09
trouiAl function, (2) 0 remtchc~ the surfact of C partich-
iirtmgh the pr-vs~ c)( lart-cil ditlu%ion. (3) combustiant in
~ _19411
hr ~urfjLo: ox-curs in such a way thAt the rliffu%ional [low

always rernains equal to the specific %perd of conaliumion. .00
(1) the tvinbustion reaction 6 of the first torder, (45) mi 600
the equiputentisd ~urfAcv. jui~~ing through the interwttion
=90
I-irit 4)f X-j~ thm with C particle 1hevinicti. of 0 i-pial 1.
the ... 11'.1 1.~ 1. 0 0 0
val itel Im.1 144,4dand G4111"S
A A 2 - I L a 94TALLU90KIL 1.1111FAVUlt CLASMI'SCATOGN
most -A I as[
b AV 10 111; It 9
0 'a 0 0 0 0 0 0 0
:0*00000000 00 00 00 0 0 G__v__v ob 0 4
too
-90
ZICOO
iti 00
An A I I rw 0 m 4 1 it 14 6 a a 3 ot I
0 0 : : : 'a
0 0 0 0 : 'Il'l

so -
00 A
0
00
t a 1 10 11 It .14 Is to it W JAL
'Tr
a H I L L- a K r Q t- -I. I V Y- In
r
I if T if ON f
r
d
Pt
'00
Combustion of the walls of carbon pores under wadi.
dime Of far diff
i
f
us
on o
OxYgen. A,4~-VtedvudiLcky
and 0. A
I-e
Tsul:hanoya
Jok
J
k
1
(U
,
.
.
r
.
yj.
.
. S. R.) to.
I I 13-20(li),10
F 0
).-
or air velocnics of o.2 to 4i).u m.1wc.

e
th burninif of Co to Cot takes place 1wobatily only near 9D 0
Ih
r Marface of coal. F,w x4tation of the prol,kru it 6 #A.
~Uojed that there in no secondary reaction

lh
,! direct action of cost). Th
tC u
f
,
t
in he temp. interval studied OW to I 1
W- 200
The rate a( oxid
tion of CO near the surface of it
t
d
i
h
f
fi"
ra
e
s o
t
e
t order in respect to 0. From tneaturr.
ments of the velocity consi. of the total burning proce-
near the surface of "at the energy of activation is cak-d.
as about =,
DW
,
Rok"na Ca ow
t L allAtUROKAL LffJOIATURIE CLA -IWK -AMY
a. S"Waii"
MOO map
is -r--T-T-- - . .1 .1-- , 0, ,
Its
U AV LP 9 a 14 19 0 0 0
0 in q 0 0 0 4 0 0 0 0 0 0
Ole q 0 0 0 0 0 0 0 0 0 sale
W*
-
.14.01 somi"ir
I&A
00000 0

1 .1 VA
0119cluds Ais OF list, 16099
math. teat of Ibe Process
catubualm of * wbac tuhre.1,10ran, axygea sucam.
11, A."4wwost oi expd. data a number ot consts. for the dc-
*0 vdaped 7ticas we" dad. MW the wtivatias map for
0
mwtkm with C vms ded. as 20~(M cal.
G. W P&:v,;-ff
00
00
00
010
a - S L.L atf"LU84KAL 1.11140VOI C&AIIWKATMO
W-W
TIA
i lee
00
00
r0 0
M*6
WOO
"0e
1109
use
1 4 IM 0 W 9 1 It N 5 A 0 3
U 9 AT No, AS o Or it a a I't or IN 19U4 da a I III
T- rr: :
* 0 0 & t00 00 00
~T:

PT
00 2
00 a 3
0*
foot
oe
600
006
*0
0 to As 12 is a
-9-A-A.-A-L
malelrdt, 1944. 212pp.
LLUftOCAL Lffg*ATW2 CLASWCATON
f4ar'n 014f 4%v 4#1
AT 10 5 W - 2;j ;IP14; all
0 0 0 0 0 0 0 0 0 0 o 64
44
To A 0 0 0,0 0 0 0 * 0 0 0
zan-u
Mill 4101 saw lot
80 08 so go '90 : 61 40 0 0 0 0
1016
-901
.00
.00
see
WOO
Igoe
9*
800
Igoe
see
goo
woe
Igoe
woe

r~w~_"_~i~^_'~-T__~ _'q
lid
CliSSifiCAV011 d
t. -42 6ji.
1947, na~ 7 23
(1947).. (RussWan)
-of :t notioit-Of-I tat al -
A.'cr thi. dtabili!O a 196C
systems- is first: c4tablished. -Certam, atepwise con Inuous
We itatistical systems are int
functions associated with sta to-
dured. Identities, which are geheralizzboas *of. those due
to Riernarm, Hugoniot and Hadamard are found between
the above functions. Combination of these identities with
the Hamilton-jaco'bi equation leads to equations of the
Schrlidinger typeand of the Fokker-Planck-Einstein Eypet
Which may be easily transformed one into the other. The
transformations used in establishing this connection enable
the author to define'canonic-ril distributions of real, itnagi-
atural classifi-
nary, and comp!ex m(Auli, This leads to a ru
cation of statistical probkm in which claeslcM and quantum
av
statistic, systems are Shown to represent two asp-ts of
-ime general principle.
the s, G. At. Volkoff.
Source:. 1950 Vol 11 No. 8

10 11 11 1) It Is 14 12 Is It ID a)U11 11 is is 21 aNI h v n
A E S L I A A- A - A -,L--A. M--r -Q 91 1 v- IV A M-K-%-M-Q4j.-j_
P- 01 liss fumstWft In the tocabustim of cOW
.04d. Na.k
'09
Y.S.S. R., 13-09-40-71tree
18
possible chem. mechanism of ps formation am COUW 8*0
00 cred: (1) Cox is formed on the surfaft or in the intesim of =00
0-3 the COOLL CO fmlts from the secondary process of Cow
redwtkm ou tJw COW SWUM OxYgen Is consumed solely 400
in the furmtt*n Of C0#- (2) CO and M~ am foemed J.
i mUltaneMWy on the Surface or in the Inteyitm of the coal.
i roe
7U reduction of CO: on the surface is a possible Kvoad&ry
proem. 02 consumption produces either oxide.
(3) CO and M am formed simultancotudy. CO forms 000
00 on or war the Cow bere them gs sufficient o see
en. Reduction (so the surface k possible, espe-
C=, Zee
cial[Y Outside the limit of the 0 zone. All 0 consumption
occurs oil or bw the surface. A detailed math. treat- Ago
ment Is liven, based on mechanism (3). if. K. L.
3*0
I L A .11-,L&U#G$CA1. LIMATURE CLASWK41POM
too
flow 7 111W C.9 a- IS-
*41310.1;
rW g m el W N 5 A 0
An-, and
0 -- Pr u, v? it ON it AW n I I U V
0
41 o 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0
0 0 0 *a 000 000 10 a 0 0 0 0 0 00 0 0 0 0 0 0 00 0 0
0 0 _90_9 00 060 0 0
0 0 0 It

Cx
Affhenius law in chernic4l kinetics of ps reactions.
A. S . (Mosrow Siate Univ.). Poklady
Akad. Nauk S.S.S.R, 57, fl,"1917).-Theorefical tli,*-
C,m,lon of the effect of illeboic Colliions on the'listribution
I)f vrlsx-ilics in a XMIP of material jurlides, p"firtsurly
~ripmg thoc whow activAtion encrgy is of thewder of k T.
G. Ko~uj~ff

1. PMDVODITELEV, A. S.
2. ussft (60o)
4. Physics and Mathematics
7. Fundamentals of Heat Transfer, M. A. Mikheyev. (Moscow-Leningrad, State
Power Press, 1947). Reviewed by A. S. Predvoditelov, Sov. Kniga, No. 4,
1948.
9. ~ Report u-3o8l, 16 jan. 1953,

VDIT)
U- tic statistic, sevible of niatte
-Predvaditelevi A. S. at eq,
no.,11, 41-44
aufhor'seaflifn-~%
-42. - I
- the of
nik 1947, no. 7,23 1 se Rev., 11, 63-31 t Otlull
s. Using the Ii I (lie
ar
pli)vr f-ked above tile. alu (liar ~su Is
wave vituiti6n, at: Dim's rdativi-_A;c and at
genc-ralizatiol"n"of 1100I.Which have no( yet (omid 14,!,
applicatimisi Tht! Author poisils'niti dim ;I
I he.,( Of
-which hf.
of Rienia,111711 lmiot-Mul,.116ril,
lw~jbn, i mul, will Q.4
%611 lwd 14,11t of) tile opi ill

7 fife-da-LaWWWMdrodynam:6, live-s-fiya Akad. Nauk
t5 do, la th& c i
:,1 L,witeur.reprend [InIondemen ne cla Uque
TylaxweR. Aprih, avoir 6tablites tquAtions & mouvement
Wun fluide Yi3qumx,- R,-cssaye de forimr- fes'dqimtions-46
motmment en cc j& tnt I'hylk othtse.de.N fame It: Ila vitesse
de transport dc d;IUx malt-Mc-9 qui St, CIIGUUP-qt Sant kgafm
On,~trotive dc cette f.
icon des &jtzatians de mouvem ent
-:gZin4hfisanta cefics de Navivr-Stokem 12iUteur-applique
de
ces r4sfiltats aux courarits rizeux A doj,,c dimensiom
Tchaplig-.Uine. At. Kitdi=i4cls (Paris).
Sour.ce. Mathems tic,11 Reviews, Vol 47

x
09 -
0 0,
:0
0
0 0 0 0 0 0 4M -"W" " W.
me CL to U
j A
CtrISIA 1nv4rIAnt Quantities In the TWeery
Conductivity and Vl'wmflv G( Uquids.
(in Russian.) A. S.
Predw),litelev. khi4rnal P'izi.
rhepkoi Ehi"jii (Journal of Physical Chernktry), v.
21, 51sr. 194S. p. 339-34R.
Filuations concerning mlmwo invariant quan!jtips
or cunstnnts are derived and th,- r-mstimbi talm
Inted for several groUltq of tliv nwrv coiiinwn
organic compoundi.
V*
VO
ZOO
too
+
W
's~; r --j-T s 0
'in
of it 99 it V1 V1 it at
07~
o 0
0 0 0 0 0

USSR/Chemistry - Ccoductivity, Thausa War., 1948
Chemistry - V180061ty
"Several Invariant Quantities in the Theory of Heat
Conductivity and the Viscosity of Liquids," A. A.
Predvoditelev, inst or Phys, Moscow State U, 10 pp
"Zhx-- Piz Xhim" Vol XXII, No 3
Selects most suitable for of solid and gasifat
matter. Subjects this for to treatment with the aid
of statistical physics processes to Investigate any
functional relation between any parameters character-
istic of matter. In vieFw of the difficulty of con-
plate solution of almost all of the problems, varime
65T23
UM/Chmistry - CorAnotlvltY, ThWeMi mr 19W
(Cmtd)
limiting suppositions are made in the process Of Ola-
culation. Covers the fundamental principle of tOft-
persture conductivity; adiabatic invariants and the
criteria of mechanical cotVarlsm; two PrinOIT160
omearning the heat conductivitv of liquids. ftb-
m1tted 3 Jun 1947.
0
65T23

Predvoditeley, A. S., Khitrin, L. N., Tsukhanova, 0. A., Kolodtsev, Kh. I.,
and Grodzovskiyj M. K., "Combustion of Carbon. Experiments in Building Up the
Physicochemical Principles of the Process." Academy of Scienceg UIS'S'R, 1949,
408 pp, 2,500 copies.

A. S.
Predvaditelev, A. S., "Some Representations on the Operator Methods of Wave
Mechanics." Vestnik Moskovskogo Universiteta (Seriya Fiziko-14atematicheskikli
Yestestvennykh Nauk, Plo 1), No 2, 1,049.

A. S.
Fred-vaditelev, A. S., "Some notes on the Nature of Elementary Particles."
Vestnik Moskovskogo Universiteta (Seriya, Fiziko-14atematicheskik-h i
Yestestvermykh Nauk, No ~,), No d, i949.

PUMV0DIPELEV, A. S.
I
'I-.ork on the Cor-bustion o,- stolid F~-lels., I! 7est. A!- !.auk SSSR, 15-50
Cor. llbr., AS USSR

PREDVODITELEV, A. S.
Statistical Mechanics
Clausius' theorem on the mean ergal and stable statistical systems. Vest.
5 no. 6, 1950.
9. Monthly List of Russian Accessions, Library of Congress, ~Invpmhpr 195;. Unclassified.
2

tekv. DAWy AimW. Wuh S.S.S.R.
-Conaklerstles of a Mqvdd as a statistical with
04r0" was der Wells futgrmcdo" a4 spin" "b" ft's-Ir.
win --, in #he name, I I
and iu trisumt as a Materiel pla"M with My-cood""t
wave 010001116 he& to as repression Fw the caeff. of beat
COnd. k - A ColVAP, whent t. has the soraning of a
beef repecity (Without brIP4 equal to It), mild Z that of an
as-n. factor. For nortnal liquids, X - IIthe ratio k/je
(P - d.) ought to be tensp. Intlepentlent; this Is vrriW
for Q114 toluene (SM.WPIC.), and w-
C4"s"Vs(2"I7*X-)- tl[,Obrhavr~ like% normal liqukl
-above 150*C. Below that temp.. if liquid
water is treated me a soft. of ke (HgO). (with a - 6 or M)
In I*kf 160. the ratio y of the me. of mob. of ke dismolved
in I a. of water and the no. of mob. of ice an Freezing, is
Sims by the D-Muz lonnals y - 0.157 e-4-00w, where
r - centigrAde (emp, Ifeacv, k - 11of I - ((s - I)yl
forroula bworn" k - IM21 X 11) '11 - OXIW-4"" III,.
Y"ifird between Ij anti V, I*C. X. Thon

PREDVODITEUV, A.S. chlen-korrespondent, otvetstvennyy
9
[Problems of rocket engineering; tranplations and
iodical literature.] Vop.raket.tekh. no-3:3-123
redaktor.
surveys of foreign per-
'53. (KrH,' 6:6)
1. Akademiya nauk SSSR. (Rockets (Aeronautics))

KRITRIN, L.B.; PREDVODITEIZV, A.S., chlen-korrespondant.
Basic characteristics of the combustion process of carbon. Izv.AN SSSR
Otd.tekh.nank no.4:543-561 Ap 153. (MT.RA 6:8)
1. Akademiya nauk SSSR. (Combustion) (Carbon)

WAN
k
A
A
,

tv Stair tif

R
B
T I PlE R 4
1 imn.)"A. S. Pretivi I lzvl
iA
o
o
o S11
Iva gdelepife reffinichcA I N(filk. 1913. r1o. 5, N

V. 3 no. 3 p. 705-707.

1954 Revirm's Wnrk nfvScm navAbitrin, and'dinklianov, 3 ref. I
X7 .
uels and Uombu3tlon

KNORRE, G.F.; PREDVODIT&MV, A.S., clilen-korrespondent.
.l.- ----- -- -111--, --
,tpplication of the modern theory of combuBtion to an efficient grganiza-
tion of furnace Drocesses. Izv.AN SSSR Otd.tek-h.nauk no.5:7.10-734' My 15~".
(M,RA 6:8)
1. iikademiya nauk SSSR (for Pradvoditelev).
(Coribnation, Theory of) (F~irrmceis)

PREDVODITELEV, A.S., chlen-korrespondent.
Results of the scientific-technical conference on problems concernirg
the theory of the combrustion of fuel. Iz7.AII SSSR Otd.tekh.npuk no.5:
741-751 MY '53. (KMA 6:8)
1. -Akademiya nauk SSSR. (Combustion, Theory of)

USSR/Physics - Solid State Oct 53
"Problem of the Liquid State of Matter," A.S. Pred-
voditelev
Vest Mos Univ, Ser Fizikomat i Yest Nauk, No 7,
PP 39-52
Historical survey of Soviet and Western high-pres-
sure studies. Votes that sufficiently complete
optical and x-ray investigations have not been
successfully organized, especially if Rayleigh
and combination (RaTnan) scattering close to the
region of liquids and of x-ray and electronographic
study of phenomena during solidification. States
273T92
tht Ye.V. Stupochenko, Ye. G. Shvidkovskiy, V.A.
Zamkov, et al will participate in this new Tield
in the new Physics Faculty Building.

----------
A,
--d compce'salblifty of''th-t* bbmy'-
ds* iqm Intituli-
tU.. _he~ * that has a top critfW tempandure, of
solution and a compuisou with the values of thase-parame-
ters in tha criticM region for a liqu(4-vapar qcterd. P.-A.
Smircov and A. "Iedirogiteltv (M. V. Lowniteinvi
Ta-. XUrn. 28,,168140
State Un r xr.
Iv, &~.~
, ~e . ;.I",
-The
b
(11)54).~ ange n . and compressibility, 6. with
temp. for the binary mixt. CH;OH-Cq11j# was studied ever
the temp. rarip 18-46' which, depending an thi conen., In-
eluded tht crit. rejeon. The nnture of this to be
tween th~: crit. state of u liquid-vapor system = "Of aviran;
mixt. with a top crit, temp. uf soln. Is discussed aud the'
F* of thermodyuitmic fitetors Is evaluated.
e4_

PMVCDITKSV,A.B.,
;
Pages from the annals of the University. Tekh. mol. 23 no-5:2-5
my 155. (MIRA 8:6)
1. Chlon-korrespondent Alrademll nauk SSBR.
(Moscow University-ftstory)

USSR/ Physical Chemistry Liquids and amorphous bodies. Gases B-6
Abs Jour Referat Zhur Khimiya, No 4, 1957, llo62
Author Fredwoditelev A.S.
Title On the Coeffickent 6f Thermal Conductivity and the Viscosity of Liquids
and Compressed Gases
Orig Pub Sb. posyashch. pamyati akad. F.P. Lazareva. Moscow, AN SSsR, 1956, 84-ii2
Abstract On considering thermal notion of a continuous system as being randomly pro-
pagated waveprocesaes and utilizing the notion of local, in time and space,
temperature 4,so that thermodynamic temperature is the me&n of local; see
Vlasov A.A., Teoriya mnogikh chastits, Gostekhizd the author deri-
1950),
ves the correlation (I + x W/2 = 0, whereinW /2 --mean, kinetic energy
of unit of mass, G --mean phase tate of pulse of temperature fluctuationsi
J6 --ratio of -, potential energy to mean kinetic energy. TtLis correla-
tion, Debye's ideas concerning thermal motion as a combination of acoustic
oscillations, and the results of Eckert (Phys. Rev., 1948, 73, 68) ara uti-
11 zed for the derivation of the well-knovn formula of the author for ther-
mal vel6cities of molecules and of resilient thermal waves. By the use of
these invarients axe derived, in the opinion of the author, the most general
CL ~2/; Card 1/2
ffibffi~ - - ---------------------------------------------------------------------------------------------------------------------

PREDVODITELEV, A. S. and SUTIDUPff, I. N.
"Problems of Combustion and Flame Frogapation in T;.o-Phase Mixtures
(Liquid Fuel/ Air)." 8 paper submitted at the Sixth International Sympoab m on
.0
Combustion, New Haven, Conn., 19-24 Aug 56.
Predvoditelev and Sundueov, Institute of Energetics AS USSR, ~bscow, USSR
Abstract of Papers, E-4519, Branch 5
A-528o6, 9 Jul 56

PHASE I BOOK EXPLOITATION 999
Predvoditelev, Aleksandr Savvich, Professor, Corresponding Member,
Stupochenko, Yevgeniy Vladimirovich,
J
Professor; Pleshanov, Aleksandr Sergeyevich; and
Rozhdestvenskiy, Igor' Borisovich
Tablitsy termodinamicheskikh funktsiy vozdukha dlya temperatur ot
6oooo do 120000 K i davleniy ot 0,001 do 1000 atmosfer (Tables
of Thermodynamic Functions of Air for Temperatures of 6,000*
to 12,0000 K and Pressures of 0.001 to 1,000 Atmospheres)
Moscow, Izd-vo AN SSSR, 1957. 301 P. 3,000 copies printed.
Sponsoring Agencies: Akademiya nauk SSSR. Energeticheskiy institut.
Laboratoriya fiziki goreniya, Moscow. Universitet. Fizicheskiy
falculltet, SSSR. Ministerstvo vysshego obrazovaniya.
Resp. Ed.: Predvoditelev, Aleksandr Savvich, Professor; Tech. Ed.:
Zelenkova, Ye.V.
Card 1/4

Tables of Thermodynamic Functions (cont.) 999
PURPOSE: This book is Intended ror thermodynamJc Ist3, engineers and
othe.-s working in the field of heat exchange and gas and thermo-
dynamics.
COVERAGE: The tables presented in this book form part of the re-
search on the properties of gases at high temperatures conducted
under the general direction of Corresponding Member of the USSR
Academy of Sciences Professor A. S. Predvoditelev in the combustioi
physics laboratory of the Energeticheskiy Institut (Power Institute,
of the Academy of Sciences., and in the molecular physics depart-
ment of the Physics Faculty of Moskovskiy gosudarstvennyy uni-
versitet (Moscow State University). Up to the present time, the
staff of the laboratory and the department have compiled tables
of thermodynamic functions of air for temperatures form 1000* to
20,0000 K, and also tables of the gas-dynamic and thermodynamic
values of the air stream behind a straight compression shock
and at the surface of a cone for approach-flow speeds up to
15,500 m- sec. The tables of thermodynamic functions of air for
temperatures from 60000 to 12,0000 K are the first volume of the
above mentioned series of tables. The entire work of compiling
Card 2/4

Tables of Thermodynamic Functions (Cont.) 999
the tables in the present volume, including a general analysis
of the problem, the solution of a number of theoretical questions
arising in the thermodynamics of gases at high temperatures,
the development of the method of computation and the computation
formulas, the programming for the electronic computer, and the
actual computation on the machine, were carried out by a group
of coworkers of the combustion-physics laboratory and the molecular
physics department of' the Physics Faculty, consisting of Professor
Ye. V. Stupochenko (leader of the group), Ye. V. Samuylov,
I. P. Stakhanov, A. S. Pleshanov, and I. B. Rozhdeatvenskiy. A
large part of the total computations was performed on a high-
speed electronic computer of the Computer Center, Academy of
Sciences, USSR. Checking the tables and readying them for printing
were carried out there under the supervision of L. S. Bark. Some
control, intermediate, and auxiliary computations were oerformed
at the Pervaya Moskovskaya fabrika mekhanizirovannogo sch6toz4VMt
Moscow Computing Machine Factory). There are 14 references, of
which 12 are English, 1 is Soviet, and 1 French.
Card 3/4

Tables of Thermodynamic Functions (Cont.) 999
TABLE OF CONTENTS:
1~ Preface 3
2. Description of Tables 4
3. Tables of Quantities h, u, s 1/" 1 Cp.? Sv loly-.1 a 9
4. Tables of Quantity x x0j, x x I x I x x x
N-' Arl N 2 02 NO N 0
xAr +' xN x0 x N0+' xeJ, -f 107
AVAILABLE: Library of Congress
Is/nah
Card 4/4 12-22-58

PMMVMITEL'EVY A. S.
"The Effects of Inner Electromagnetic Fields on the Propagation of SoLmd in
Electrolytes, "
report presented at the 6th Sci. Conferenco on th" cf ii, Ut,
in the InvastigaLi.on ),- 'I-J o.", 3-7 Feb 19)3, %Wcarw, Mill of Ltjj,~L,1~)rl
Azscow Oblaat Forif-c-o4j.., 1 -).-3 1, ii N. K. Knipekprn

PREDVODITE-L-EV) A. S.
"Concerning Spin Detonation."
"Theoretical Examination of Vibratory Movement of the Flame Front in Closed
Vessels."
"On Automodelling Processes in Chemically Active Media."
paper5submitted at 7th International Symposium on Combustion, London/Oyfford.
27 Aug - 3 Sep 1958.

u, r-"V 0 L z- L/ i~
24(l) 3 PHASE I BOOK EXPLC)ITATION S
VseroBsiyskaya konfc-rer.tsiva
gicheskikh institutov d pedago-
-Primeneniye ulltraakustiki k Issledovaniyu veshche-tva; trudy kon-
ferentsii, Vyp. 7 (Application of Ultrasonics 1,--r-Analysis of
Substances; Trans~ctions of the All-Russian Cci'Af'i_!~,ence of Pro-
fessors and Teachers of Pedagogical Institutes, 11P 7) Moscow,
Izd. MOPI, 1958. 283 p. 1,",00 copies printed.
Tech. Ed.: S. P. Zhitov; Eds.: V. F. Nozdrev, Professor, and
B. B. Kudryavtsev.
PURPOSE: This book Is Intended for, physicists, techiicians, aero-
nautical engineers and other persons concerned with ultrasonics.
COVERAGE: The book contains twenty eight artil-les -which treat ultra-
sonic phenomena In five general categories: 1) historical data
on the development of ultrasonics In the Soviet Union over the
past forty years; 2) the speed of sound In susp~-~fnsions of varying
concentration and number and type of components and the relation-
ship between sound velocity and the compressihility of electrolytes;
Card 1/7

Application of Ultrasonics Nont.) sovl~~jlc~zo
3) ultrasonic invest Igat lons of phy3lc~ti an,-, properties
of materials and the determlilatIon of' physlcal and chemical con-
stantd, e. g. density of aqueous solutions, adlabaLlc compressi-
bility, molarity of solutions. (with given temperatures), viscosity,
surface tension, saturation pressure and also ultrasonic Investi-
gation of the carbon content and petrographic state of coal; 4)
industrial applications of ultrasonics, e. g. emulsification of
reagents, cleansing of LexTile fibers and enhancing the sucepti-
bility of some sy-rithetic fibers to dyeing, etc.; and 5) apparatus
which produce ultrasonic waves. 'No personalities are mentioned.
References accompany eaen article,
TABLE OF CONTENTS:
Nozdrev, V. F. Development of' M,-)lecular A,-_~CA13ti,:-;; In the Soviet
Union in 40 Years 3
Kudryavtoev, B. B. The Sp-_~-ed of Sound Propag~,'Lio,-, Sus-
pensions 17
Card 2/ 7

Applicat lon of III L ratmi,ic., !
Predvod1telev A S. Trie -1 11 e r; La w 11~ 1 c 2 -1?
Wic. C,~Iqe of LhE, F;-i-- -f
Predvoditelev
~3
Gudova, R. A. Applic,,.itloij of Ultra.9rnic
Adiabatic Compress I b11 I Ly [nv :-jLud.,j.Inj_, Aw IL-it- ('1-,P7,cLt,, of
a Polyatomic Liquid 59
Mikhaylov, I. G. and Yu. P. 6yrnikov. The Pcnblorn ,)f the
Compressibility of Solution. cf Electrolytes 65
Larionov, N. I., N. A. Dmitpiyeva. and G. In-
vestigation of the Physical,and CTlemical Propf:!rtle..-~ of ACMeous
Solutions of Rimethyl Formamide in the Ternp-eratUre Interval
From 20 to go C With tile Ultrasonic and Other Methodq 75
Otpushchennikov, N. F. Investigation of the 13peed of Ultra-
sound In Naphthalene and ffypo,,~(ilfire In th,~- H,,-ng- of Phase
Reversals of the First Order 91
Card 3/7

Application of Ultpjjs()j,jeq Dt, t
Osadchiy, A. P. The Dependtr:rjc~, of the j t
sound Upon Its Intensity
Gershenzon, Ye. M. The Use Of IlLtras-)und
Structures
Bryukhatov, N. L., and G. P. D'yakov. Some IN-l-, Magn-~,)Stric-
tive Materials
Savinikhina, A. V. Ultrasonlc Method of Determinin~,. the
Saturation Pressure of' Plastic LiqUIdS
Grishin, A. P. Ultrasonic Method of Intiestigating Lhe
Crystallization Process of Parafinic Petroleum Products
Matveyev, A. K., and Ye. G, Martynov. Sp--~~J of Propagation
of Transverse Ultrasonic Wa~ieo In Coal
Kirillov, 0. D. Emulilification of' FloLation by
Ultrasonic Waves
101
105
ill.
1.21
127
135
143
Card 4/7

Application of !J-Itlrns-r~lo,~~ iI so v I C)
Greshnev, A. I. e,3 t I II f t b e E
Ultrasound on th~, Pnysi:-,al ----rid hygienic fropf Fibers
During Purificatit-ai 149
Goryachko,G. V., N. A.Itirtitrl~eva and N. 1.
Application of Uitrasou,nd PiOring Dyeing c-f P,7)1-..:i-- I t ri 1e
Fiber of the "Nitron" Type 161
Yegorov, N. N. Application of Ultrasonic f,- Measure-
ment of the Depth of a Surface T;a,;er 169
Yakovlev, V. F. and A. D. '111pir. Elementary Theory oC a
Quartz Converter 185
Kallyanov, B. 1. Measurement of the Coefficlent- Absorp-
tion of Ultrasound in the Critical Range of M,~th-,-i -'..-,-tate
by the Pulse Method 201
Kallyanov, B. I. Mothodolot;I(-al Pecullai-ILie~-, c;C
gating the Coeffi(-Ir--nt or Ab,:iorptlon of Sttbst,111,--~~3 i,,-, the.
Critical Range by the, Fals~~ Method 207
Card 5/71

Application of Ui 1, v~isor~I (~z-, . )
Sobolev, V. D. The App I I r: a t 1 cm of'a
for Measurement of the Speed of UltrasOLInd b,, the OptIcal
Method
Bormosov, Yu. 11. arid 0. A. SzaL-c-stina. A f--r the
Measuring Chamber of a Photo,~!e-~tric Api~aratu.-.
Maksimov, Ya. S. atid A. 1. i-.,,.m()v. fi
Generator With UltrasonJc Indleatot,
Mellnikekv, A. S. Some Experiffic-z,is UL-~
Application of Electrcacoti:3tic Ppparatus
Kudryavtsev, B. B. The. P., ic)n of'
Belinskly, B. A. Yr;e 1* Speed Dl.,~ I
Coefficient of Absc.L-Ptit-,n of Ult.rasourid Ji:
Organic Acids
Akulov, N. S. The Thectry (Af Phase Tranis I t
Curie Points
Card 6/7
217
221
225
229
257
269
279

Applicat Ion of U-1 i r~-,-srn 1 -:-; ) 111) 0117 1 -- I IM: 0
AVAILABLE: -,f (Qr i
Card 7/7 TM/os
2/16/60

WITOROVICH, Boris Veniaminovich; PR=VODITELEV, A.S., otv.red.;
IVANOV, V.M., rf;d. izd-va- UUT, V.G., tekhn.red.
[Fundamentals of the theory of combustion and gasification
of solid fuell Osnovy tooril goreniia i gazifikataii tverdago
topliva. Moskva, 12d-vo Akad.nauk SSSR, 1958. 598 P. (MIRA 11:12)
1. Chlon-korrespnndent All SSSR (for Pradvoditelay).
(Combustion) (Coal gasification)

PREDVODIMM, Alcksandr Savvich; SAYMMOKO, Yevgeniy Vladimirovich, prof.;
1102=512VENSKIY, Igor' Boridovich; SWtffWV, YevVniy
Vaaillyevich; PLEMUNOV, Aleksandr Sergeyevich
(Tables of aerodynamic and thermodynamic values of a stream
of air behind a direct shook wave) Tablituy gazodinamichookikh
i termodinamicheakikh velichin potoks vozdukha za prismym skachkom
uplotneniia. Moskva, Izd-vo Akad.nauk SSSR, 1959. 77 P.
(mim 14:2)
1. Chlen-korrespondent AN =R (for Predvaditelov). 2. Labors-
toriya fiziki goreniya Energeticheakogo institute AN SSSR (for
Stupochenko. Rozhdestvenskiy, Samuylov. Pleshanov).
(Shock waves)

FRUVODITELEV, A.S., otv.red.; KOSYKH. R.I., red.izd-va; MAKUNI. Ye.Y.,
-40khm.X*A;~
[Physical gas dynamical Fizioheskaia gazodinamika. Moskva,
Izd-vo Akad.nauk SSSR, 1959. 165 p. (MIRA 12:4)
1. Akademiya nauk SSSR. Energeticheakiy institut. 2. Chlen-
korrespondent AN SSSR (f6r Predvoditelev).
(Aerodynamics)

MDVODITELF,V, A.S., prof.; STUPOCHMO, Ye.V., prof.; PLESMIOV, A.S.;
iAKUYLOY''Ye.V.; ROZHI)ESTVENSKIY, I.B.
[Tables of the thermodynamic functions of air; for temperatures
ranging from 12000 to 200000 K and pressures between 0.001 and
1000 atmospheres] Tablitsy termodinamicheskikh funktaii vozdukha;
dlia temperatur ot 12000 do 200000 K i davlenil ot 0,001 do 1000
atmosfer. Moskva, Izd-vo Akad.nauk SSSR, 1959. 229 p.
(MIRA 13:2)
1. Chlea-korrespandent AN SSSR (for Predvoditelev).
(Air) (Thermodynamics)

PRBDVODITEMY, A.S.,prof.; MT.ODZEYEVSKIY, A.B., prof.; ZAYTSEVA, M.G.,
M.S., tekhn.red.
Ivan Filippovich Usagin. Mosk7a, 1959. 297 P. (MIRA 12:10)
1. Hoocow. Universitet. Fizichaskiy fakulltet. Kabinet istorii
,fiziki. 2. Chlen-korrespondent AN SSSR (for Pradvoditelev).
3. Fizichaskiy fakulltet Moakovskogo universiteta (for M16dze-
yevakiy).
(Usagin, Ivan Filippovich, 1855-1919)

ro
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211

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83638
S/081/60/000/015/004/011
A0061AOOI
Translation from: Referativnyy zhurnal, Khimiya, 1960, No. 15, P. 45, # 6o442
AUTHOR- Predvoditelev, A.S.
T-1=': On the Propagation of Acoustic Wavd in Rarefied Gases
PERIODICAL: V sb.: Primeneniye ul'traakust. I issled. veshche-stva,. ',11-. 81
Moscow, 1959, pp. 19-62
TEXT- The author analyzes equations of motion for a non-.deal dense
medium assuming that the extrapolation of the generalized E-Uler' equaticn ip
to thermal motions is admissible. The specification of the Nevier-Stokes equa-
tions is discussed for the case when the velocity gradients aicng the length cir
the molecular free path are not equal to zero. Equations are derived for the
motion of a medium having the properties of a non-ideal continuity equa-~
from which an equation for the sound velocity in a non-ideal dense medium 1Z
derived. The equation obtained Is correct for any rarefied gases. Mon,,atcmic
gases are discussed in detail and an equation is found for tile s~u_nd abz,_-rpt::n
coefficient. The continuity equations which are correct fo-r '~he stai5!.-_c
system established can not be applied to describe macroscopic processe-i prrloeed-
Card 112

83638
S/081/60/OCO/O 15/cOLIC, V,
A006/AOOl
On the Propagation of Acoustic Waves in Rarefied Gases
ing at a rate which may be compared to the relaxation per!,:~d. Tneref-.re eq~-,-a-
tions of relaxation aerodynamics are derived and from the la-.~er an
ftr the sound velocity and the absorption coefficient is fcund. Die expre-z-=-
ff;r the coefficient of sound absorption in monoatomic gas permi-, s a
with. the experiment. The derivation of the la-~ter expression iS ba---ed c~n
assumption that there is some concrete mechanism of transition of *,'-- acoa-~t.-'C-
mction into heat, which is not considered as absolute.
B. Kud--yav--c:ev
rr'ra. I --
nsial-or's note: This is the full translation of the original Ru~ziari
abstract.
Card 2/2

SOV/24-59-2-24/30
AUTHORS:Kastelin, O.N., Mit'kina, Ye.A., P--edvoditelcv, A.0-.(Yoscow)
TITLE: Melting of Bodies in a Supersonic Current (Flavleniye tel v
sverkhzvukovom potoke)
]PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye te-Ichnicheskikh
nauk, Energetika i avtomatika, 1959, Nr 2, pp 140-141 (USSR)
ABSTRACT: Cones of Woods metal were exposed to a supersonic air
current at Mach 1.7. The cones varied in height from 9 to
33 mm and in angle from 10 to 50 degrees, and their melting
was observed photographically. The maximum disintegration
occurred at the nose shock wave, and the melting occurred
with constant velocity, independent of the angle of the cone.
There is 1 table and 3 figures.
SUBMITTED: October 141, 1957.
Card 1/1

o5na
.0.9), 24(l)
AUTt"R, Y..S., C..dId,t. f Technical S,le.-
the of flit--d I. the
TITLR, A Se'
.,t-
Us,
TWIODICLL, I-xtty. 1..htkb cl,.b.y%h Rdi.t.Unike, 19,10, V.1
1, .14, 3, p 3116 (t=R)
SIMMACT, Pree, February 10-14. 1050, the 31weath Scientific Conference on
tb: Application of Ultrasound far the of Patter
-I. Was.- at the M-k-ki7 Obl..t'..7 p.d,g.gi,h-
tit:4
I'ly i=,
t. i-i M.K. K-P.U.7 W'- Oblast P.da,.4ic.i t..ti-
tat,iverni M. .11, -, 500 111. 1-t-t... fr- 1--c-,
L-,;,-d. Krau-7-re-1, Xamme., StnIicr%d,..d scientist. I- the
:_ r.wrati. Re bit. and Poland par(i.l a'.'-
race -". or. Lh-PISO paper. -:t-d at
Kg ... tion. vur, r,-i.
cut,:: or t
su-tic., industrial p,,Ii.It thud.,
;,-pg%ti- of ultrasound i:.dolid b.dl... dro-t-ti.. of c.-
ti..l ph-on I. school. Mae.. At the first plenary session,
Cued I/* the pp.r or 11Padre, road MysleaIPrinct.,I- of T.ch-
'77~7,77,.ZZZO A-lit.d.
Cadry-t- rpap:r.-The A4,plicstion of Ultra, no a-
*.rtrr_. Th* ;:dlhi -.d I I
I s,,ins p p re vere rold at the plenary -8j at
-,,* ,, d I- in P-ri.,j
it_ of Sitic. G.1 It.D.
Pl,cwtion of, the L:OsInd ri-ti-.-. N, llvo' , Poland, -Th
I.en In, KI.-Li. n.11Y f Ga... to t,,.
Pr!b_
I -Verb. "th
of "7h. rh..ry
W. ap~%p r f Professor r. Kitch,r, pol-
and. U.-rch in th i;ld If It--,-d ease
quids eas th, aahj. :tC. the Papers of B.D.
aO.A. &-.tima, V.11. Za!--ft. v.D. K.-
yy-- ,:." -,d.,,-
Shirk-L.S. L.P. V-sheb jim,N.L.
X.A- (;. 1. - Thy^per Jointly pro--'need by D.D. Xudr"rt.*v, V.F.
Ndrew,Na "" and V.r_ Y.1-1- - d.,.t.d to the cb-
.id.ratless -blecaut In the develop,*nt of molecular cous es.
-t K L,
De.t1tatlward d.li,;.r*d .-p-Li th.,dy.1-i. .9-ti.. .( the
. r . _.g , c. -It
a"tI. . l1q. 7h , -out* ..cill.ti...
rd 2/3 were subject of the reports of Th.M. 7ystrov. X.S. Trafiniv, A.I.
L-.hik.,, L.P. Lap.-clk.;
hem, . .4 ;%.%'. Th. "part or L.A. 01, ban y, A.T. 11, d,Iat-
h
-d other. dealt with f alt--d in old-
Aug- Ls the of the P-p - of
th;.rolpavtng authors vere rmd, D.l. U117anovj V. T Lo:r
I
A. - - 1:
III Ir and T. Xoralwa. These reports dealt tthl' Put- ei n;.r-
Lag d, or I, *city d absorption If It--*-d* Th, rp,
Iasth, .1
It ._d :a
Jct . he r..
Irall in lid bodies va. the subr ;,t.
f L.G. Merle. Ch.rk..hi., L.A. W:-I.,,.A*!;tDr1,',I1, A.K.
MALT-7'er "d the action dealing -ithI c' Id..I
I r. d.111-
utration at school. ad the full"ing
d, -U.A.-Grob-1,17 and vAt_T*P*""
of UltrasoundIW.1 I. ntal IN-onstr. tt In of
I. ftdi-t- for 0-,.,Lrt on
Card 313 :..d t 11 YX h-.d the ri.-
Ing 1.1, - - - t I. problems or applying It ra: -Od to the i-stig.-
it- of mtt.r. The number or participants and the m=ber of sub-
3UUbaTr=t ASP_~i,13, 1959 J.ct. I. ri.i.g steadily.

5(4) SOV/20-127-3-35/71
AUTHOR: Predvoditejey,,.A...,5., Corresponding Member, AS USSR
TITLE: On the Theory of the Adsorption Wave. The Dependence of the
Patiguo Layer of the Catalyst on the Rate of Gas Motion and
on the Thickness of the Layer
PERIODICAL: Doklady Akademii nauk SSSR, 1959v Vol 127, Nr 3, pp 602-605
(USSR)
ABSTRACT: In the present paper the motion of a gas through a porous
adsorbent of cylindrical shape is investigated. The following
processes take part in this motion: The.diffusion of the gas
on the surface of the adsorbent grainB,-the adsorption on the
surface, the chemical reaction occurring-thare, the desorption
of the reaction products and their removal from the adsorbing
layer. All these processes influence the-rate distribution of
filtration. The process develops in a front like the burning
of a coal layer. This front is characterized by a certain
rate, i.e. the parameters participating in the process are
not themselves dependent on time but only on the position
of the front at an arbitrary instant. Thus, individual varia-
tions in the process may be expressed, like that of the
Card 1/3 density Q in dependence on a variable ~ - x/t. The filtration

On the Theory of the Adsorption Wave. The
of the Catalyst on the Rate of Gas Motion
Layer
Card 2/3
SOV/20-127-3-35/71
Dependence of 'the Fa%ig-ue Layer
and on the Thickness of the
rate would, in this one-dimensional case, be: m~ dQ - d(QW)
W - filtration rate, m - porosity of the adsorbent). By inte-
gration this results for the two instants: 1) Penetration of
the front surface through the adsorbent layer. 2) The position
of the front when it begins to move at constant velocity
g). Equations are thus oMined from which g may be
c, culated: 9 ~ W + 1 Q dj + gk.
M Tq~~27 m
(2)
In this expression gk is more closely investigated; 9k ex-
presses the mean velocity of the front at the beginning of
adsorption in a small layer d k up to the beginning of the
constant velocity . For this purpose, the time T is determined,
which is required for the complete penetration of the front
through the adsorption layer. T depends on W. It follows
herefrom that the filtration rate depends only upon the physi-
cal nature of the adsorbent. For this purpose, the influence
of the grain size in dependence on the thickness of the

SOV/20-127-3-35/71
On the Theory of the Adsorption Wave. The Dependence of the Fatigue Layer
of the Catalyst on the Rate of Gas Notion and on.the Thickness of the
~mfyer
adsorbent layer upon the time T is briefly investigated.
There are 4 figures and 1 Soviet reference.
SUBMITTED: March 30, 1959
Card 3/3