SCIENTIFIC ABSTRACT SHAKHOV, A. A. - SHAKHOV, F. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548530011-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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"The photoenergy basis of the adaptation of plEuits iii the extreme Nofth."
report submitted for 10th int! Botanical Cong, Edinburgh., Scotland, 3-12 a2ig 64.
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WN
~4.M.
S,tructure of ch-2--rc-plasts in the ontogeny of pliants. Bot.
zhur. 49 no.4~533-53'u Ap'64c j
rasteniy imeni K.A. TIm!-ry&zeva,
1 Tn fiziolog,,.~
2,SSR9 yask:ra.
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-SHAKFOV) A.A.; BEHLYA, N.I.; ilPlIKO, S.A.; WiBIULLIN, F.Kh.
Fi-1oto4nduced EFR simals in seeds. Biof izika' 10, no.4:
710-?13 .(MIRA 18.8)
Allziologit rasteniy im. K.A. Timiryazeva AN SSSR,
1. Institut A. -L
K)SIMI; InStitut fiziologril rastonly AN UkrSSI'tt Kiylev i
Vsesoyuznr.l nauchno-issledovatf-I'skly Institut istochnikov
tokov, Moskva.
17P

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L 14296-66
ACC NR: AT6003882

tw lie:
~Lted from plants show or av
;chloroplasts separ these ed,that~sh
,
I . I ~ . , in
rradiation changes the submicro ure of chl I tii': But, bw g
scoplic struct orop as s.
e
to the photor e activation capacity of plants, some recovery from:jinjurl S,
occurs. Thus chloroplasts of some plants are fairly resistant to artificial.
'UV-irradiation during the polar day,
A second series of experiments was conductedat anjaltitud6 of,3200 ni;
Where the level of natural ultraviolet radiation is higher ithan.at:'se'a level.'
d
When radishes were subjected to additional artificial UV Ir a iation aily
for 10 minutes (irradiance of 1700 erg/cm2), changes in~chloroolast
structure and pigment content~were observed. Chahzes in thd:piprinent

content, determined b d spec ro
y paper chromatography. an
depend on the ultraviolet wavelength, the.duration of ir~adlati6h,~ stage of.
development of the plant, etc.
Ifi--complex effects of UV-irradiati
More study df e on on p an s is
urgently needed. Preliminary studies bythe'authors shlblw' e*d ihat in
chloroplasts-of cabbage, beet; bean, turnip,_.and pea leaves, pigment con-
tent increased during short-term UV-irradiation. and d66rease"d when th

"lard 2/3

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L 14296-66
ACC M: AT6003882
exposure was longer. Studies conducted at high altitude' laboratorie� -have
established that when natural ultraviolet Irradiance is fit h", ab`~ tib'n by; A
9rP
9~ 1. ~s
leaves of radiant energy from. ultraviolet and infrared rays incr6ases.~
These data indicate that plants growing In extreme conditions.~sucfi as spAce-1
ght) use radiant energy in a wider spectral band for their vitalacLivity
It has been observed that photosynthesis in wild alpine plaits p~r6ceeds, at
normal levels or higher. This one of the reasons to s~spedthat with.'
sufficiently intense, around-the-clock illumination,: plants. in Bpaceflight
om the r
conditions may not require protection fr ent! e ultraviotei spectrum.
Further research must be conducted on the use of parts of t e,ultraviolet; -1
spectrum to Increase the resistance of plants to other cosmic
factors. Orig. art. has: 7 tables. [ATD PRESS:~ 4091
SUB CODE: 06 SUBM DATE: none /..ORIG REF:, 018. ~:i.OTH.MFi 004
Card 313

L 02253-67
AR~~2k832
colleagues conducted in the far north over the post 10 yrs using
pbotointegratine sphere method ZTranslator's note: :literal translation:
of metod fot,ointegriruyusbobey sredZ7. Arctic plan's utilize radiant
e
energy for vital activity processes more completely and-in a wider rang
they absorb considerably more radiant energy than they use for
photosynthesis. A high degree of ener' absorptioD,(1)p,t0 95% and more)'L
Ey
was noted in the short wave portion of the spectrum', up~to 300 to 320
Millimicrons, and also of infrared rays (20 to 30%)`:and';yellow-green: L
rays (10 to 80%) . Radiant energy absorption of a plant;changes in the
SOURCE CODE: UR/0299/66/000/004/Go.06/GO06
AUTHOR: Shakhov, A. A.
6
TITLE: Ecological and physiological rearrangement 9f plants on the
basis of pbotoenergy
SOURCE: Ref. zb. Biologiya, Part I, Abs. hG32
REY SOURCE: Tr. Labor. evolyuts, i ekol. fiziol. In-t fiziol. rast.,
AN SSSRi v. 5, 1965, 5-17
TOPIC TAGS: plant physiology, plant ecology, photobiology
ABSTRACT: The author analyzes his own investigations and-those of his
a
Car 12 UDC:
1 _591,1 j
1. 02253-67
ACC NR: AR6024832
process of plant generations adapting to new terriperature.and liarrbt
fconditions; the author calls this pboto-adaptation.~ This process is-
characterized by an increase in size of the chloroplasts:and their
granules. Respiration intensity increases because of the metal-
containing oxida.ses; and, the role of the flavoprotein oxidases
~ddecreases. On the whole the expenditure of organicLsubsItance for,'
espiration in plants of northern reproduction is 20% lower compared to
lants of southern reproduction. These investigations bave"made possible
4-S :int
,%he recommendation of measures for the devel ent, of pl,anu
rina. ZrTranslation of abstracitoir,
horth. Ye. Yu
0 06
2/2 pb_
Card Q4FWIMI 444 - _M_~ IM

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SHAKHOV, A.I.; SIIIIEAYEVA, A.V.
Effect of adding small amounts of hydrophilic colloidB to
nydrophobic coagulating agents used in purifying water. Rauch.
dokl.vys.shkoly; strop. no.2:281-282 '59.
(MIRk' 13:4)
1. Rokomendovana kafedrpy santek-hniki Khar'kovskogo instituta,
inzhenerov komvmnal'nogo stroitellstva.
(Water-PurificationY (Colloids);

MINIOVICH, David Semonovich Edecessed]; IRUSNOV, N.M., prof., doktor tekhn.
nauk. nauchnyy red.;__ JjQV
nauchnyy red.;
T-
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SERPOV~ Boris Ivanovich; BARASHKOV, Nikolay Aleksandrovich; BYY,1iPd1OVA,
Etoliya Anatollyevna; ZEFIROV, Igor' Vasiltyevich; JOSUGHIN,
Valentin Alekseyevich; IFESTEROV, P.A., inzh., retsenzent;
SHAYWOV, A-I-, inZ ., retsenzent; LOBROLENSHY V.P.', naucbnyy
red.; S-IOIEV, B.V., red.; KOROVENKO, Yu.N., tekhn. red.
[Laying of a ship hull from scale drawings]Rametka,pri masch-
tabnoi razbivke korpusa. [W]B.I.Sorpov i dr.~:Leningrad,
Sudpromgiz, 1962. 323 P. (MIRA 15:7)
(Laying off (Shipbuilding)) (Photomchanical-processes)
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.777-717 ''ITIFIF"",Mi."~14"11~mr-l~1,01.

SHAKNOV, A.I., kand. takhn. nauk, dottiont; Ml?.YCIIENKO, A.N., kand. tekhn.
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L 11140-66 r:tvT(j)/EWA(J)/EV1A(h)-P_
-6- SOURCE-CODE: 0/0240/6
A6C NR, AP6 607 1 5/oOoTpq~/oI06/0107,
AUTHOR: a of Teohnioal Se~~nce sh
AZ
_Sh khov, (Candidat Du
~
ORG: Markov Institute of mmioual Construot ion, Engineers. (~,,Ikov
ski'y institut inzheneroy/kommunalynogo, stroltel'stv.s)
_(Va
TITIE: Bacteria idal~ ~4eqff eot of an applied magneti: 'tielil::
SOURCE: Gigiyona i sanitariyaq no. 9* 1965t I06a.107
tic:
TOPIC TAGS: electromagnetic radiation,*electromagnp :biologiq
effect, water purification# bacteria
ABSTRACT: Experiments were c.onducted at the Khark6l;v Indititute of
Municipal Construction Engineers to datermino.the b 'ict6ii,61dal effect of
a magnetic f ield applied to contaminated. water samples. ~~ Tests were
staged on artificially contaminated wateir:pamples,t~kenifioz the
Eharkov water supplysystem and water -samples from'the #orthern
Donets-Donbas Canal during spring flooding In 1964-.4', A ~;p6icial 12~w
eireuit electromagnetic apparatus with the, magnet coilsion the outside
Y.0
was 6onstructed to produce a magnetic field intensit f. 40'to 726 a/cm
of 13-4 to 1,6 see duration to treat water at flow. rifti, o*f 6-5 to: i
2 m/sec. Electric power expended for treatment of.1' water wasi
roughly 0.5 to 3.0 ii/hr, Degree of purification was determined by the
Car
2' M)C: 628,
37

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ol do me OWN. "atil. 0. 1 ritil. of Mo pw ivil, #Ad 3 till. of
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rizinctris; dirternsinatiou Got asollinium and it
ct
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l
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0 o
is
o
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lurium. A. S. Shakbov., Zartioditts)tt lAlb. 11, WV1
0 1 11"5).--To det. Set add 241 ml. of IICI (1: 1) &tali 1 nu.
t of
lot If)"; SnCh.2160 ulln. to theSk %oln. in al'W)-ml. beaker.
00 allot still "Ater to 'A) lid. 'Me 1"Inctiou takent rIACV in
the cold. The mangr Se hydriwil obtained is very stallic.
&lid can he kept foor 5days. holosit.itensitivityclif the pholis-
ItAoxiturter 6 obtained with liffilit Most light filtrr~ anti a
Mill. sen%itivity with red light filteirs. A linear reissli4sis
%W-i cob,terviroll bortiolem OJLS " 0.5 Mg. of qr in 'As nil. ,I
0 of ..Ill. Within thiol. cartels. the 9c m4u,,. o-4stoyest the Lain. tot 0
hert-Iterr law. At c%siturnoi. above 11.45 nix. tin hinur refs.
*
iota wa,, otm-rvvot.
nar "wall rxtitl. efroor wiso aptirtit.
.3 '1";, (rcLativr). Todet. Teo allot '-N) itil. oF 11cl 0: 1) allot
-
i nil. slot lfj'-~ SuC6 .,fik. in I ICI (it. LI 1) to the Te -Aln.
('1MAK. 0.1 i4. of Te per nil. (if soln.) in allit)-nil. flask allot
add water to 'A) int. The solit. VFAol StAble for :Nl stay$.

Max. -nitivity of the phootocolurimorter wai obtairteol goo
with light blue light filters. A linear relation between the
2
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the into,rwal trusts OACS to 0.5 nix. in 50 sill. of "n. At Zoo
c.onctis. al-w 1).5 mg. no such relation wavi observeti. Te

-All bor detti. by uncom,, of a curve front O.WS mill. in.50 nil.
a
4 .4n. The mean visor of sletn. was approx. :1'-; irria.
see
live). W. R. Ilt-Ink
:11 ji
:too

NITALLURSKAL LITINATL,89 CLAS&NIFICATION
too., %I-, al 1'. wee
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11["'i'1 '11 iF:

,6'i 05782,
0
AUTHORS: Savin, G.N. Putyata, T.V., Fradlin, S V'41 :11-4 8/15
B-N., and Shakhnovskiy,,,S,,,,,M.
TITLE: -Nikolay Aleksandrovich Killchevskiy (on the Occasion.of his 50th
Birthday)
PERIODICAL: Ukrainskiy matemati-cheskiy zhurnal, 11JUr 4,pp 431-433
(USSR)
ABSTRACT: This is an appreciation of the merits of the Professor of them
Kiyev University N.A.Killcheu-skiy. He was born,in:1909, he~
finished his studies in !933, canditate dissertation in '1936,
dc,ctorial dissertation in 1940, He was a papil of Professor
L Ya. Slatayerman, Corresponding Member of the Aca(Leay of Science .s
Ukr-SSR. Since 1944 he is the director of the Chair of
Theoretical Mechanics. His special branch:;Theoi-j of-elasticity-,
There follows an index of publications with 45 titles and a
photo of N,.A.Killehevskiy.
Card 11p

AUTHORS:
SOV/21-59-11--7/27
Fradlin, B.N-, and Shakhnon,2-.-L-SW.'Y1"
yv
""ITLE: Designp of a Plan-RectarLgalar Depressed Shell
PERIODICAL-, Dopovidi Akademiyi nauk Ukrayins'lkoyi RSR, 19591
Nr ll~ pp 1202 - 1205 (USSR)
ABSTRACT,, Using the method developed by M.O. Kil Chevs1kyy
Ref 1 7 the authors formulate a system,',.of inte6ral
;-~quatioTis of a gentle shell equibalance
IV A
0
where i,f~, 1,2 ,3 7 1,2; according to indexs
is performed;
j -- 1,2,3 the summing up
,n = 1,2,... and find a solution for that.
system, also determine the Greene tens6r components,
(10) and (12) for the problem of the e4ulbalance of,
a depressed shell which is rectangular-in. the plane.
Card 112 in this work the authors raise no claim to ht~nl -

SOV/21-59-11-7/27
On the Calculation of a Rectangular Gentle Shell,
tributed anything substantially new*in subject matter.
Instead, they recurrently mention that their~calcul-
ations yield results~coinciding with and confirming
those arrived at by V.Z. Vlasov Z7Ref 22, S.A.
Ambartsumyan /-Ref 4-7 and M. Myshonov /,Ref 5-7.
There are 5 Soviet references.
ASSOCIATION: Kyyivs~kyy politekhnichnyy instytut!',(Kiyev Polytech-'
nical Institute)
PRESENTED: By F.P. Byelyankin, Member, AS UkrSSR
.SUBMITTED: April 17, 1959
Card 2/2

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;,, I
r THMEr
11 li:llll!, III
1 19.

S/020/60/131/06/19/071
:BO14/BO07
AUTHORSs Fradlin, B.
Shakhnovskiy, S. M.
TITLE: The Construction of the Green Tensor for the :Problem of the
Equilibrium of a Small-angle Shel f Double~Curvature
PERIODICALt Doklady Akademii nauk SSSR, 1960, Vol. 131, z;o. 6, pp. 1298 1300
TEXT: With the integral equation (1) the system of functional'equations for a
small-angle shell is written down according to N. A. Kil,'chevskiy; further, the
authors give formula (2) for the required displacement. Thus,.equation (4) is
obtained for the functional equation (1), the solution ofwhich is given as (6).
This equation is simplified for the case of a hinged suspension of the shell'and
solution (9) is obtained. The expressions obtained by V. Z. Vlas.ov (Ref. 2) and
bl. Mishonov (Ref. 4) for the deformation of the shell and:!for the displacement
components respectively are found to agree with the corresponding components,of
the Green tensor determined by (9)..This result shows the~equivalence of,the
inte-ral- and differential equation systems of the shell equilibrium. There are
4 Soviet references.
Card 1/2

- , : ~ ; _;1. I - ~-
z I.I
I

36997
V S10441621000100310441092
C111/C444
AUTHORS: Fradlin, B. N., Shakhnovskiy, S. M.
TITLE: Integral equations for the equilibrium of flat shells with
rectangular ground plane
PERIODICAL: Referativnyy zhurnal, blatematika, no. 3, 1962,:76,
abstract 3B324. ("Izv. Kiyevsk. politekhn. in'--tall, 1961, 319
104-121)
TZKT: The author uses the method of N.A. Killchevskiy and.the
formulas of V. Z. Vlasov and obtains the equation of the problem- in the
fori;i of a certain integro-functional equation. It is shown that under:
certain additional suppositions on the distribution of the,load of the
shells this equation can be reduced to the solution of a system of
Fredholm integral equations.
Lkbstracterls note: Complete translation.]
Card 1/1

T.7-

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; 4, ii: HOP ~ III I ~ ; :; !

53790-65 j
ACCF.SSION NKt AF503-4ko:

Tho roualts are eitended to
the: do 'her - 1-
th hiall I 1'i' 'kit-ibhe: goo.
.

0
, y - b and has an elastic Aispiaidora~en
y
t A t6 edk6k x 0:,
.
is arbitrary in a direction norrui to:the side's'but, is z8., '"A16hg!,1h6~:verti6 a1

direction. -Orig. art, hast E
61* eiuationd'.:

v T161
A33OCIATIONs Kiyevok Iiy politekhnicheeki:j-ixj~t U4 ytdallme lnubitiit~)

SUBMITTED i 13Jan65.-', :;SUB JCODE i;:
ENG~~ Cid 1 42S

O REF SOV: 00 11 4,
00

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nc re a s in, cy T.~-e use r,_` iind-en7roi-Md conveyor linf~o. Izv. v-f~.
zav.; gor. zhur. 7 no.1-0:119-123
lk
i. Moskovskiy institut radicelektroniki- i gornoy elekiromekhaniki.
Rekomendovaria kafedroy tran spar tnyl-h mashin i kompi6ksov..
I ;1 11!1,1: v.. ;"f!T,
V

(TrActors--Engines) (Gas, Nntural)
1r
fill

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. , fl j;
a i iii ME =111
. : i !: V I : , Z T., I :

ETMTOVNIKOV, Aleksandr Mikolayevich, professor, doktor;
�AMOV Aleks
SqrgeyeTich, dotsent, kandidat khimicheakikh nauk; UR"6V-jv,. ade-
, . Y,
jj:,
M or; GHMOV, A.M., redaktor; ABXH"GILISKAYA, H.S., redak-
tor; ATTOPOVIGH, M.K., tekhnicheskiy redaktor.
[Academician Nikolai Sergeevich Kurnakov; work in the field of non-
ferrous metallurgy] Akademik Nikolat Semenovich Kurzakov; raboty v
oblasti tsvetnoi metallurgii. Sostaviteli: A.N.Irrestovnikov, A.S.~
Shakhov. Pod red. G.G.Urazova, Moskva, Goo. nauch~o-tekhn. izd-vo lit-
ry po chernoi i tevetuot metallurgii, 1954. 406 p. . (MMA 7:12)
(Turnakov, Nikolai Sergeevich, 1860-1941) (Metallurgical ana-
0
0 V I) A -1~:_ I SOV/3640.
BOOK EX?LOITATIO .N
PHASE
and
ch Krestovhikov
novich, Aleksandr NikolayevI
yakov Iva
GerasiMOv,
Aleksey Sergeyevi0h ShakhOV__ Teoret-
dinamika v tsvetnoy metallurgii.! t.. ineyshikh
Khimicheskaya termO odinainicheskiye SVOystva vazl
niye. Term dineniy;.
icheskoye vvedel ro vazhneyshikh~poye
Termodinamika tsinka I yeg Ninferrous
s in
gazOV. (Chemical Thermodynamic
spr&VOchnoye rukovodstvO 811Thermodynamic,
Theoretical IntroductiL)n Of Zinc
Metallurgy. VO japortant Gases. Thermodynamic izdat,
properties Of the More I pounds; Manual) Moscow, Metallurg
and Its More Important COI d. 5,100 c3pies printed.
Errata SliP inserte
1960. 230 P- p Is. Reviewers:
f Technical Science
V.
M.S. VendrikhT Candidate 0 ancl N. lova.
Compiler: Chemical Sciences,~professor
Doctor of ' Ed;: V-V. Mikhay
K.V. AstakhOv, O.m. Kamayeva; Tech'.
Ed..:
Gudima, Docent;
scientific workers,
This book IS Intended-for engineerss
PURPOSE: courses at schools of highe r te hnical
and students in advanced
education.
Card-1/5

Chemical Thermodynamics (Cont.) SOV/3640
COVERAGE: This book is the first In a series of eight on the:thermo-
dynamic properties of nonferrous and rare metals as well as their
principal compounds (oxides, sulfides, chlorides" sulfates, and
carbonates). This volume contains basic data on'the principles of,
chemical thermodynamics, methods of calculating thermodynamics
magnitudes, reference data on the thermodynamic properties of the
more important gaseous participants In pyrometallurgical reactions,
and data on the thermodynamic properties of zinc~and its principal
compounds. A basic bibliography of 75 publications on chemical
thermodynamics and its application to metallurgical processes-and
metallography ls~included. No personalities areimentioned. There
are 423 references:, 51 Soviet, 171 English, 140 German, 30 French,
12 Japanese, 9 Italian, 4 Dutch, 2 Belgian, 1 Swiss, I Finnish, 1
Romanian, and-1 Norwegian.,
TABLE OF CONTENTS:
Preface 3
Accepted Symbols of-the More Important Values 5
Card 2/5

Chemic al Thermodynamics (cont.) sov/~64o
Ch. I. Laws of ThermodyAamics*'and Basic Equati ons 9
1. Scope and limits of thermodynamics-
9
2. First?1aw of thdrmodynamics
3. Thermochemistryl. Hess-Law 14
4. Thermochemis-try II.
Heat Capacities 17
5 ' .
Thermochemistry III. Kirchhoff Equation 20
6. ,
Second law of thermodynamics 22
7. ..Third law of thermodynamics 2T--
8. Characteristic functions' 27
9. Calculition of entropy 30
~10. Calorimetry 35
11. Clapeyron-Clausius equation, 40
12. of measuring the pressure of satura-.
~
.ted
steam 43

13.
Conditions of equilibrium 46
14. Gibbs-Helmholtz e(juation (maY4~ium*-energy equation) 47
15- - Chemical potentials 51-
.16' Chemical potentials in solutions. Activity
53
Ch.- II - ..Chemical Thermodynamics (Science-,of Chemical Equilibrium)' 6o
Card 3/5

Chen;ical Thermodynamics (Cont.) SOV/3640
17. Law-of mass action 60
18. Isobiric potentfa~l of a chemical reactio.n 63
.19. Isobaric-potentials and equilibridm,eons.tints of hetero-
geneous gaseous reactions 69
20. Temperature dependence of the Isobaric potential and
equilibrium constant of a reaction
ti
f 72
21. ons
unc
Calc4lation of chemical equilibrium with the,
and 81
.22. Approximate methods of calculation 83
;--23. Application of the third-law of thermodynamics for calcula-
ting chemical equilibria 84
24. Statistical method of determining thermodynamic quantities
~from spectroscopic data 86
25. The phase rule 89
Ch. 111. Thermodynamic Properties of the Aore:lmportant Ga'ses 94
26. Tables'of prooert1es 9,4
27.1 Empirical formulas for the temperatures,and Isobaric poten-
tials of the more important gaseous reap tions 119.
Card 4/5'

Chemical Thermodynamics (Cont.)- SOV/3640
Ch. IV. Thermodynamic Properties of Zinc and Its Principal Com-
pounds 127
28. - Zinc 127
29. Zinc Dxide 150
30. Zinc sulfide 160
31. Zinc chloride 170
32. Zincous chloride 179
33. Zinc sulfate 179-
34. Zinc carbonate 187
Ch. V. Thermodynamics of;Zinc. Reactions of Direct Reduction,,
Oxidation, and Chlorination 192
35. Reactions with ZnO
36. Reactions with ZnS, ZnC12., and'ZnS04 205
Bibliography 215
Basic BibLliography In the Flelds,of Chemical,Themodynamics and
Its Applications in Metallurgical Processba andiNetallography 225
AVAILABLE: Library of Congress
VK/jb
Card 5/5 .5-24-60
it .0111
1 .1

GERASIMOV, Yakov Ivanovich; KRESTOVNIKOVj Aleksandr Nikolayevich;_~4WOV,
Aleksey,Sergeyevich..Prinimali uchastiye: DUDAPXVA, A.G,, assistent;
LOMOV, A.L., assistent; FEYGI21A, Ye.I., assintent; VYGODSKIYy LA.,,
inzh.; KUZNETSOV, F.A., aspirant; 4VR0ITIYKV,,V.1. aspirant; ChTB,
$ jP
NOV, A.N., red.; KAMAYEVA, O.M., red. izd-va,- MIKWLOVA, V.V.,,,tekJm.
red.
[Chemical thermodynamics in nonferrous metallurgy] Khimicheakaia ter-
modinamika, v tsvetn6i'metallurgii. Moskia,, Go~s. nauchno-tekbn. iz&-
vo lit-ry po chernoi i tuvetnoi metallurgii. Vol.2..'[Themodynamics
of copper, lead, tin, silver and their most i4ortant compounds; a.
handbook] Termodinamika---medip svintsa., olorva., serebra.i ikh vazbnei-
shikh soedinenii; spravochnoe rukovodstvo. 1961. 262 p.
(MIRA 14:11)
(Nonferrous metals-Thermal pro Iperties)
(Chemistry, Metallurgic)

GERASIMOV, Yakov Ivanovich; KRESTOVNIKOV, Aleksandr Nikolayevich;
SHAKHOV, Aleksey Sergeyevich; Prinim.1i nchastiye: LOMOV9
A.L., i-ssistent; LAVREbTlYEV, V.I., aspirant-, &WAYEVA, O.M.,
red. izd-va;-MIKHAYLOVA, V.V., tekhn. red.
(Chemical thermodynamics-An nonferroue metalluigy]Khimicheskaia,
temodinamika r tsvetnoi-metallurgii; spravochnoe rLikovodstvo.,
Moskva, Metallu gizdat- Val-3.[Thermodynamics Of tungsten,
molybdenum, titanium.mirconium, niobium, tantalum arid.their most
important compounds ]Teruo dinamika titana,
tairkoni-4a, niobila, tantala i ikh vazhneishikh soedi~enii. 1963.
283 p. .(MIRA 16-2)
(Nonferrous metals-Thermodynamic properties)

- - - - -- - -- - - - - -- -- -- - -- -- --
3 ----1 .- -- - 7
"I I
- 1. .1. ~ -1 ~:, . - I

SHAKHOV, B.F., starshiy prepodavatel'
Criticism of the present-day revisionist concept of the economic
role of the state in the transition process from capitalism to
socialism'. Nauch.trudy MTILP no.18:3-25 '604~ (MIRA 15:2)
1. Kafedra politicheskoy ekonomii Moskovskogolekhnologicheskogo
instituta legkoy promyshlennosti.
(Gommunist revisionism) (Economics)

1. 11161-67 E,7.~T (d) /EEC
X0-7 M=,W 60 2 6 4 5 6 SOURCE CODE: UR/0410/66/000/002/0053/0060
IWTHOR: Shakhov, E. K. (Leningrad).
IORG: none
:TITLE: 'Ll-Ilethod of digital measurement of low freauencies [Paper presented at,the I
venth All Union Conference of Automatic Control and Electrical 'Measure
S e ment
tSOURCE: Avtometriya, no. 2 1966, 53-60
1TOPIC TAGS: frequency measurement, electric measurement, measuring apparatus
!ABSMICT: An analysis is given of a method of digital measurement of low frequencies
based on the measurement of the period with subsequent conversion of.the number pro-
i
portional to the period to frequency. The corrected relative.error,of measurement of
Ithe period (first stage of frequency measurement) is 0.01%. The ci 'rcuit whichrealizei
Ithe method is considerably simpler than circuits to realize other methods (with equal
speed of Iaction and width of measurable frequency band). The:prima Iry ad vantage of,thel,
imethod is its relatively high speed of measurement of extremely low' frequencies with
great accuracy. Orig. art. has: 3 figures and 9 formulas.
ISUB CODE: 09,14/ SUBM DATE: 18Sep65/ ORIG REF: 005/ OTH.;REF: 001
b
Card 1/~ 621.317.76

AUTHORS: Shakhov, F.]~. and Shuer~ A~.M. 68-5-7/14
TITLE: tandardisation of column apparatus for coke oven works.
(Tipizatsiya kolonnykh apparatov koksokhimicheskikh
zavodov).
PERIODICAL.: "Koks i Kb-imiya",(Coke and Chemistry), 1957, No .5,
pp-32-39 (U`
ABSTRACT: The authors point out that some distil lation equipment
used at present on coke ovens should be redesigned in-the'
light of modern knowledgeof the hydrodynamics of a bubble
CUP plate. As an example lime-ammonia and benzole distill-
ation column are quoted. A review of various types of
cup bubble plates, types of overflow,their performance,
types of columns and met4ods of their assembly and criter.-
ia for the.choice of diameter of steel and c"tiiron-col-
umns are given. Standardisation of distillation plates on
coke oven works and particularly on new Works is recommen-
ded. This will lead to standardisation of the distillation
columns which will simplify trainil~g of personnel with a
general improvement in operation. There arei13 figures and
3 references including 2 Slavic.
ASSOCLkTION: Kharkov's branch of.NIIKhi=Ash - (Khar, kovskiy Filial
NIIKhIMMAShy.
AVAILABLE:
Card 1/1

VLA691jKU, G.P., inzh. Ldecessedj; SHAMOV, F.N., inzh., red.; VSHIVTSEV,
P.A., tekhn.red.
(Wolded coiidensers tanks and pressure vessels;' a catalog]
Emkostntiia avarnaia appnratura; katnlog. Moskva, Informatsionno-
izdat(311skii otdol, 1958. 84 p., (MIRA 12:10)
1. Moscow. Vsesoyuznyy nauchno-issledovatellakiy i konstruk-..
torskiy inatitut khimichaskogo maphinostroyeniya.
(Tanks) (Pressure vessels) (Condensers '(Steam))

i

4 -1 is It A. it 12 A a 12 It 1) .1 f, 1, U A k I., a I)
0 L r 6 11 4 1 L a A r ~i X I I U I A AA MY. L01t,. 0 t
11010 FN
5W
00
-00
00 ic: M 7-TIGSTM A-YD 3FMYLLIUX DEMPOSITS 0? 'rFT- ALTAI. F. Sh*h".
90 tProbblems 2f Syriet G*ol., MSscow 9, 1-2o (1934), M& j" . k1j: jiLl. -06
00 G Roferute 11. 1935- 141. Granite intrusions cre accomanied by V-bear-i-.-, .00
01, Viq,~artz veins at Kolywansk, Krassnoamtisk and Tngirek~ while Cranite- .00
!tee tit Beloretzk ct- tain bei-fl. 3one wolfram its tic -.re'-,~ent in
p9emat .00
00 It aplitic rranite or microsAite. A 0
00 j
J.F. Sch.-ki!-er =00
00 j: -00
00
-00
00
9
q I
&S..%L4 tT,LLUPGKAL LITERATLOC CLASSIFKATION
00 Si
u An S 6 '.W
IT 0 0 w(PrPIPONN Wit WS Kt[ It It N
L3n ~!,q
r'.00 06966949
010 0 0 0 04, 0 0 0, 0 0, 0 0 0 46 0 0 see 00 0 4 0 0 s, 0 o 0 01i 0 0.0 Go** o Do--
s1i,V11OV, F.N.
Nonferrous and Rare Yetal Cres in Krasnoyardk KraY, (bk) by' Prof; F.11. Shakhov,
11 -11, Cct-,Nov~ 1939.
Reviewec' by Pervushin, 3. Tsvet- Met. 14, 110 10
Report u-1506, 4 Oct 1951

I' 1' -111 111
IFFM
1
90 - - - - - -
0 0 0 0 0 a a 0 0a0 0 a 0.
V J1 NIX III it it Id is 16 11 As it Is: It IIIW
L a it, V P - I -
A J- QFL L_J__ __,I_1
1st - 00
DJMS
N.C1 It" 011"10 [Its I.D1.
ra . . . 0
P_ _00,
X-j - - Irtt, ,,,
ww -00
go 1009. GEOCH~_'IISTRY OF T_X_ COALS OF THE FUMETSK B,.3fN. Shakhov, -00
FAN. jnd 11~fenui, Y.H. ompt, rend. (Dokl! dy) acad. safv
--17j46,- 51, 139-40) The nickel content of a number of 6061 samples
from the Ku,ne'sk basin has been detemined spectrographict:11y and
by diraethylglyoxime. Results are tabulated. The c=dentrstion 0
of nickel in the ash is not connected witin asq content by the 0
sizmnio relation for m'nor elements formulated by Goldschnidt. As =00
00 to the probability of havinj; to do In this case with new s urces '09
of nizkol, it Is of int rest to note that the coal series belong =00
to the vory bottom of the productive fom!_tion, approaching closoly
:: j i - 1,
00 the country-rook outcrops -~f the Palsoozol,.3 of the Eueneitsk Alatau `~V 0
Ar -jhich ~sccordlng to Yavorsky's geologicF-l map, comprise~s ancient
diorites, norites and gabjro. The possible cccurence~ofrhi:kel in
thftze b~-sla rookwmay be a certain extent be supported by date 3s 11 [goo
to the content of this elemat in the basic rocks of the Kutn'
atsk
tlatau, as well as by the recent finditirs of nickel biaring; I WOO
hyperbasites within the region may be accounted for b* more~recsnt
::600
ASs.tLA mETALLUR&KAL LITERAT USE CLASSIFICATION
W
.. .... 00
0
u a AV - 11. T, ,I, An A S 4 1W 0 0 1 IF 0 1 J3 03 a Kx~ _/
0 K KMIESI Mcan I;09f 440: ,/ ,
1 0 0 0 0 000 00 0 0 0000004 r0 no 0 *Goo* 0
0 0 0 Ole 000 00 0 0 0000004 0 0 0 0 .001 : :*:
15 -57-4 -44 31
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 4,
pp 55-56 (USSR)
AUTHOR: Shakhov, F. N.
TITLE: The Origin of Granitic Ma ma (K voprosu 0 PrOisk-
hozhdenii granitnyk1hi magm
PERIODICAL: mineralog. sb. Llvovsk. geol. o-va pri un- te, 1956t
C3
Nr 10, pp 39-49.
ARSTRPCT: The author believes that there is no problem concerning
the origin of granites but that ther.e.is a problem
concerning the generation of granitic magma, In the
author's opinion, granitic magmas mos~t frequently do
not "intrude," but form in the sial from rocks during
metamorphism. He thinks the idea of mobility of
granitic magma has been greatly exaggerate Id. The magma
develops in an environment of folding~and~frequently in'
the end stages of the growth of geosynclines.. It is
generated in the zone of intense compressional forces
ilier than
Card 1/4 almost simultaneously with, or even ear

-,1 -14 3 1
a ont.
elated til 6 to increased
.,orrfels. T-- r,.eneratlon of nwagma is r I m
recrystallIzat-lon of the rocks in an environment of, highly active
VolatIles. The volatile constituents may represent the only:factor
Mhi-h -will tne MaF:na in a fluid s'-ate. In proportion to the
increase in recrys tall-L za tion, the development.of fluid magma is
accelernted. Inasmiuch as the process of recryst-allization occurs
Ln an envirow-nent of higher temperature, the liquid.phase increases,
M.- and, in favorable conditions, must naturally approach
acc!)r !,!a les
the eutectic- ccorrnposition. Part of the material may be carried.away
by the volatlies-. The mos t readily found., ands most probable, source
-o- !ic, magma
9t to jrodace an environment favorable f r generation of
is found In the movements that, give rise tr com-oression. A, transition
n11--o a-re-n-11 rock s~,-ould occur and a loss of volatiles. from the
ma"ma to ~iactened. T-As transition apparently occurs much
more quickly 'Llian has been Calculated. It is more~natural to expect
to find a supercooled stELte -Tn those parts of ~the magma adjacent to
thLe roof rocks, where large quantities -3f vola,tiles generally accurru-
late. Tieir escape from tile magma promotes very rapid crystalli-
zat-'~on at considerable de-Otb. Consolidation of tb--e melt may proceed
~2;* 4

15-57-1 -44321
k
Ori(lr, ~,OL' 'k,anitic Magma (Cont.)
I n s t a e s i n zones that are roughly parallel to Ithe boundary of t b- e
-.r PL~rt ,)' 'he mass or of the roof'. This process produces a
L
rou&l ban(Unrr Ln th--, rock and each band Is accompanied by mqveme Int
of valatiles~ Eaca bbnd forms its own series of ore deposits.
P e r, a t- -1, t e s "ormini7 as, schlierea, are considered by' the author to be
segments of tl-e mar-ma where, for various reason,s, tile volatiles were
e t mpo-
r i e d i I -I the end of Crystallization of the melt. The, co,
s-It-1on of the ne-matites is controlled not by crystallization '
f-e A
-L --Ort~ atior., but by diff erentiation in the ~s till f luid phase
-hen from
t~ie v-,lat'le constituents aid in driving out all material
~he negmatite melt that r-ives it a composition different from
f7ranhic or normal ~7ranites. MetamorDhism leading to.the formation
of me,-me develons diff'erently in different eo0chs,.inasmuch as the
eurth'2 crust contains inhomogenel ties in structure' and thickness.
(P I
,he sy2temiat1c devolopment of' the process o,f' generation and evolution
-oa 1 9
of ~rr an 2~ t 1 o- ma Is ndicated in the followin outline., regional
metamornhism (shearing-, recry3talliza"on, and metasomatism) followed
r, L,.L
contact- metamor:?h-ism (recrystallizat-Jon qnd;eiornfels development),
arid, in order, by zones of hybrid magma, granite magma, r In Y t hmi c
Card 3/4