SCIENTIFIC ABSTRACT KOMANOV, D.A. - KOMAR, A.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824020007-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

WHANDV, D.A.; VEMM, G.P., takthnichaskly redaktor.
[Technologlcal specificatlons for handliog and securing
laods
and utilizing the carrying capacity of freight cars]
TakbnJ-
chaskle uslovits, pogruski i kreplentia grazov I
ispollsovanita
grusopod"eamostl vagonov. Koskva,
Go9.tranmp.vhel-dor.Izd-vo.
1955. 438 P. (Ktiu 8: 11)
(Radlroads--Frelght cars)

YUGOSLAVIA
VANDEKAR, M. and KOMANQV, 1:'Institute for Medical Research and
Occupational
Medicine (Institut za medicinska istrazivanja i medicinu rada,)
Zagreb.
"Percutaneous Toxicity of Organic Phosphates. Part 1. Parathion
Toxicity
with Regard to Skin Surface Preparation and Mode of Application of
Poison.,,
Zagreb, Arhiv za Higijenu rada i Toksikologiju, Vol 14, No 1, 1963;
pp, 7-12.
Abstract [English suz=ary modif iedl: Study in rats painted with
parathion
solution (on 2 to 2.5 square cm. of shaved skin of back) showed
that neither
mutual nor self-grooming affected toxicity (i.e. no oral
component); if the
area was covered after application with either polyethylene film or
plasticized adhesive bandage, absorption was decreased by ratio of
2 resp.
3.5. Five tables; 2 Yugoslav and 13 Western references.

VANDEKAR,M.; KOMANOVL
Studies on the percutaneous toxicity of organic phosphate com-
pounds. I. Toxicity of parathion and its relation to the skin
surface and the mode of application. Arch. hig. rada 14 no.11
7-12 163.
1. Institut za medicinska istrazivanja i medicinu, rada, Zagreb.
4L

Vfi11DEIKAR,M.; K(ktAFWV,L; KOMEHEL.D.
Studies on the percutaneous toxicity of organic,phosphate
com-
pounds. 2. Effpct.of.the size of the contamined drea of the
akin and the concentration of the iDoison on the penetration
rate of paraoxon through the akin* Arch, hig. rada 14 no.12
ij-18 163.
1. Institut za medicinska istrazivanja i medicinu radat
Zagreb.
YUGOSLAVIA
VANDEKAR, M., KOM&NOV, and KOBREHEL, Dj.; Institute for
Medical Research
and Occupational Medicine (Institut za medicinska
istrazivanja i medTcinu
rada,) Zagreb.
"Percutaneous Toxicity of Organic Phosphates. Part 2.
Effect of Extent of
Contaminated Area and Concentration of Poison on Speed of
Penetration through
the Skin Of Paraoxone."
Zagreb, Arhiv za Higijenu Rada i Toksikolo&iju, Vol 14, No
1, 1963; pp 13-18.
AbstractL'[English summary modified]: Study in rats:
appearance of symptoms
was slightly earlier and cholinesterase fall sharper when
20 mg./ml. of
paraoxone was applied to a 4 X 4 cm. area of shaved skin
than when 80 mg./ml.
was applied to 2 X 2 cm. Both area and concentration must
be considered in
such studies-and this explains controversial data about
percutaneous toxicity
of such substances. Table, drawing, 2 graphs; 2 Yugoslav
and 6 Western ref's.

FTEODRAZHENSKIY, N.I., kand. fiziko-matemabicheskikh nauk; KOMA,
NO,V,,-L'.I~..- . :-
Increasing the service reliability of a transistorized
contactless position pickup. Izv. TSKRA no.2:166-172 t63.
(MIRA 16:10)

11037-66 r oAm
Nit, AR600041 i 7627V651W F665 51
SOURCE COIEr UR
SOURCE; Ref. zh. Avtomatika, telemekhanika i vychislitaltnaya
tekhnika, Abs. 9035
AUTHOR: Preobrazhenskiy, R. I,.; Komanov, L. 1.
TIME.- Effeot of the component parameter spread and the mounting type
upon the
operational parameters of a transistorized inductive position sensor
C172D SOURCE: Dokl. Mosk. in-ta inzh. s.-kh. proiz-va v. 1, no. 5,
1964, 59-45
-TOPIC--TAGS --position --sens
-qrtransistorized-pq~~i~_kgl~-sen-s-or
TMSLALTioli:--L-~-osition'sens-orkis corwidered*-Wh ose operation
depends on the coUapse--
of oscillations of a transistorized'oscillator. Tables are presented
which show the
effects of temperature, supply voltage, and transistor gain on the
operating
position. The operating-point shift at a supply voltage variation of
-15 +ICFfo
remains within 0.3 ma with iron ard copper vanes over 1 mm thick and
r0 ma wide.
The srnsor operation is stable at temperatures wi-thin -20 +75C. The
sensor parameters
are reported.
SUB COM 13, 09
4
'd
M: i~21.398.694:551-7

'L-26-50-66
F souRcE com tjR/oi-19/65/000/010/002970--o-~i
AUrdOR: Komanov, h. 1, (Engineer); Pregbrazhansti-ki, 14. 1. (Candidate'of
physico-
mathematical
ORG: none
TITLE: T.-ansistorized-contactleds position sensor
SOURCE: Priboroatroyeniye, no.'10, 1965, 29
TOPIC TAGS- position sensor
-MTRAACT:
transistor is brieri$ dedcri.bed_.. The operating 0.3-nn metal vane stops
0-scillstions
vhen it moves into a slot between Wo coils of one of the oscillators, and
causes the
final relay to operate. Reliable operation at an ambient temperature of
-20 +75C
vith a supply voltage variation of -15 +10% is claimed. The sensor can be
supplied
by a 12/2h v unsmoothed d-c voltage taken from a rectifier. Orig. art.
has: 2 fig-~
ures. (031
t
SUB CODE: W, !E/ SUBM DkV3: hotie/ ORta REF - 0021 M REW! OQO/ AM PRESS.
fmc
_62_53L k! 621

S/133,/61/000/002/012/014
AO54/AO33
AUTHORS: Spivakovskiy, L.I., Engineer, Komanov, P.Ye, Osadchaya, V.S.,
Engineer
TITLEt Comparing the Efficiency of Various Steel Tube Production
Methods
PERIODICALt Stall, 1961, No. 2, pp. 174-177
TEXT: The Soviet tube production is increasing at a higher rate than
produc-
tion in other sectors of the metal industry. Before World War I, the
output
of rolled products was 45 times higher than that of steel tubes. In the
first ten years of the Soviet regime the increase in rolled goods
production
was 13%, that of steel tubes 135%. In 1959, steel tube production was
78 ti-
mes, and that of iron tubes 8 times the 1913 level. Under the first
Five-
Year Plan the oapital investment in tube production amounted to 193-3
million
rubles (inc. 87.5 million for reconstruction), in the seven-year
period of
1951-1958: 311-4 million and under Seven-Year Plan 1959-1965
investments to-
talling 637 millionrubles are planned. In view of the increasing
demand for
tubes and the considerable amounts invested in this line of industry#
it is
Card 1/8

S/133/61/000/002/012/014
A054/AO33
Comparing the Efficiency of Various Steel Tube Production
Methods
important to find the most economic technology. In 1958-59, the
Ukrainskiy
Nauchno-isslodova-tellskiy trubnyy institut (Ukranian
Scientific Tube Re-
search Institute) studied this problem and developed a method
to determine
the economic aspects of tube production which is based on
technical-economic
indices, specific capital investment, production costs and an
"index of ef-
ficiency" (the relation of profit or loss to specific capital
inve'stment), in
order to determine the most eoonomic production proceseg
comparisons were
made between the indi'ces of rolling general purpose pipes and
drive pipes.
The latter (219x9.5 mm) were produced both on pilger stands and
on automatic
stands. Table 1 contains the technical and economic indices for
219x9-5 mm
drive pipes which show that when the specific capital
investment and the cost
of pipes.ohange in the same sense, productivity changes in the
opposite di-
rection. According to the comparisons, production of drive
pipes on pilger
mills is more economical than on automatic mills. The analysis
of technical-
economic indices of the production of general-purpose pipes of
various sizes
(102-108 and 114-127 mm) shows that the total cost of 1 ton of
piping on the
Card 2/8

S/133/61/000/002/012/014
A050033
Comparing the Efficiency of Various Steel Tube Production
Methods
tube drawing mill is 24.28~ higher, while the specific capital
investment is
40-50% lower than for pipes produced on the automatic mill.
When calculating
the economic efficiency by the selling prices and taking 115
rubles for 1 ton
piping produced on the above mills, (for the same amount of
tubes) the auto-
matic mill ensures a profit of 6.5 rubles/ton, while
production on rack type
draw benches results in a 19-rubles loss for the same quantity
of piping.
This tube drawing mill should therefore be redesigned or taken
out of prqduc-
tion (Table 2). Referring to various factors of the efficiency
coefficient
it is possible to select the most economical technology, and
by comparing the
coefficients of various tubes, the optimum distribution of
various tube types
can be established. The parameters of large-diameter tube
production for
municipal pipelines were investigated in three variants: for
the pilger mill
production, for the pilger mill production with subsequent
treatment on the
expander and for electric welding (Table 3). It was found that
the produc-
tion costs of 529-1020 mm diameter drill tubes on 12-24"
pilger mills with
subsequent treatment on the expander mill (48 rubles 18 kop.)
are lower than
the cost of welding (with flux) of the same type of tubes,
above 720,mm dia-
Card 3/8

S/133/61/000/002/012/014
A054/AO33
IComparing the Efficiency of Various Steel Tube Production Methods
meter (56 rubles 11 kop.). However, when taking into account the
prospects
of produoing sheets on continuous mills of inoreasing the welding
speed, etc.
the calculations show that both methods will involve about the same
expenses.
There are 5 tables.
ASSOCIATIONt UkrNITI
Card 4/8

L 06535-67 EWT(m) ijp(c)
ACIC AT6017507 SOURCE CODE: UR/2759/65/000/007/0048/0053
AUTHOR: Komanov, V. V.; Seleznev, V. D.
OM: none
TITLE: Design of a vacuum system for a linear accelerator
SOURCE: Hoscow. Inzhenerno-fizichoskiy institut. Uskoriteli, n~. 7, 1965,
48-53
TOPIC TAGS: particle accelerator component, linear accelerator, high
vacuum technique
ABSTRACT: The basic equations used in the design of the vacuum system for
a linear
waveguide accelerator are reviewed. Special attention is paid to the case
when the
waveguide itself is not vacuum tight but is placed in an external vacuum
vessel. Ex-
pressions are given for the necessary pumping rate under various
conditions. Orig. art.
has: 2 figures, 15 formulas.
SUB CODE: 20,18/ SUBM DATE: none/ ORIG REr: 002
Card 1/1

j
SOURCE CODE:
5 IW?
AP6033609
AUTHOR: Komano (Engineer; Bratislava); M~gq
Xa _Eva.- K. (Docefft;
Engineer; Candidate of sciences; Bratislava)
ORG: Department of Organic Chemistry, ;~19yaLc_TaChnica-Uu -.~Lr y
(Katedra organickej chemle Slovenskej vysolcaj skoly technickej)
TITIE: Isothiocyanates (XV). The separsation of Aso~hj2Sy;
.y!j~rA~)y thin layer
.S~t KMN'112920 pily-
SOURCE: Chemicke zvesti, no. 1, 1966, 85-87
TOPIC TAGS: thiocyanate, isomer, chemical separation,
chromatography
ABSTRACT: Separation of isothiocyanates of t1r-
dimethylaminoazobenzene group was
investigated by thin layer chromaLography on silicic acid. The
separation is
possible when one of the benzene rings has a substituting mebhyl
group as well as
the NCS group. Orig. art. has. 2 figures and I table. (Ba-3ed on
authorst Eng.
abst.] 1JPRS: 34,8051
SUB CODE: 0'? / SUB14 DATE O5Mar65 / ORIG REF: 005 SOV REF: 0011
OrH REF: 005
-Card 1A

VA-
1~1.1 ::0 10, Cet 63,
ILL.
L=ly'll of
HLrl-nL-i,: of Sunflower-seci Oil bj
'd.'C=s of P.;.r QIzc--ata:.-&p!V,- So=e.
----------
4
of ra;4r
Pz,;. 2 of 2-

KOMANOVSKIY, A.
If you are an engineer,** Metallurg 8 no*11130-31 N
'63.(MITLI 16:12)
I* Vneshtatnyy kqrrespondent zhurnala "Hatallurg".

KOMANOVSKIY, A.; SPRIKUT, D.
Main direction of modernization and reorganization. Metal-lurg
7 no.9s25-27 S 162. (MIRA 1539)
1. Metallurgicheskiv zavod im. S.Ordzhonikidze.
(Zaporozhye-Iron and steel plants)

DOLMATOVP F.; KOMANOVSKIY A jnzh.
Slabbing mill operitions in the Zaporozhstall plant. Metal-lurg 8
no.9:28-30 S 1630 (NIRA 16:10)
1. Nachaltnik tsekha slyabinga zavoda 'tZaporozhstaltlt (for
zoimaiov).
(UpwoWye-Rolling mills)
J,

YUDIN, M.I.; K014ANOVSKIY, A.Z.; TROSHCHENKOV.9 N.A.
Redesign of the 1618 continuous cold rolling mill.
Metallurg 8
no.11:28-29 N 163. (MIRA.46::U)

V .113.
-f-f-O- d
MasterLno, the proullactinri C
Metallurg 10 noG3:2~-.~'/ Mir t0'5* (MIRA :L&-5)
I. Zavod

KOH).."OVSKIY, B.
ecrets of language ("A word about words" by Lev Uspenskil. Reviewed
by B.Komanovskii). Znan. sila, 33 no.2:41 F 158. - (MIRA 11:4)
(Language and languages) (Uspenskii, Lev.)

KOKANOV
Traveling In a mountain country (*Through Tibet" by V. Ovehinniko7
Reviewed by B. Komanovskii). Znan. sila 33 no.4:43 Ap 158.
Tibet-Descriftion and travel) (MIRA,11:5)
Mahinnikov,

SBEREGAYEV, Hikolay Pavlovich; KOMMOVSKU M L inzh,s retsenzent;
L-La=0-1-
KULACHKOVI M.0 In2h-ep---r-e-T-R`enzent; G&Wp ff.*A*,, inzh,, red.;
MITARCHUK) G.A., red. izd-va; bWRAIISKAYA, O.V,, tekhno red,
[Con ise handbook on descriptive geometry and mechanical draving]
Kratkii spravochnik po nachertatellnoi geometrii i mashino-
stroitellnomu cherch~niiu. 1-1,oskvas Mashgizs 1962. ~214 pi5:3)
( altA
(Mechanical drawing)
(Geornbtry, Descriptive)

ARONOV. Samuil Grigorlyevichl RAUTIN. Ivan Grigorlyevich, VOLKOVA, ZOYa
Andrevevaa; VOLOSHIM, Arkhip Illich; VIROZUB, Yevgeni7 Vladialrovich;
WAY, Ioev lzrailevich. DIDENKO, Tiktor Tefimovich; ZASHKVARA, Vasi-
liy Grigorilevich; ITANOV, Pavel Alskeandroviqh. KUSTOV. Boris
lostfovich Ldeceased); KOTOV. Ivan Konstantinovich; KOTKIN, Alsksandr
Katveyevich; -Maksim Semenovich; LRYTHS, Viktor Abramovich,
MOROIZ. Mikhail Takovlevich-, NIKOIAYXV, Dmitrty Daltriyevich, OBUKHOT-
SX1Y Yakov Mironovich; RODSHUYN, ftval Hoineyevich; SAMMIXOT.
Yakov Tudovich, SAUICHUKO, Bergey Tefimovich; TOPORKOV, Vasiliy
Yakovlevich; CHERMNYKH Mikhail Sergeyevich; CHERKABSYATA, Nefirl
Ionovna, SINARTS, Semen Aronovich; SHRRIUK, Mikhail Yakovlevich.
SHYARTS, Grigorly Aleksandrovich; LIBERW, S.S., redaktor izdatell-
stva; ANDREYAV, S.P.. tekhnicheskly redaktor
(Producing blast furnace coke of uniform quality; a collection of
articles for the (liaemmination. of a&vanced practices] Poluchenie
domennogo koksa postolannogo kachestva; sbornik statei po obmenu.
peredovym opytom. Kharlkov, Goo.nauchno-tekha.izd-vo lit-ry po
chernoi i tavetnoi metallurgii. 1956. 300 P. (MLRA 9:8)
(Coke industry)

('10MASOVSKIT, Z.Is, inzh.
Technical solutions of principal buildings of the Krivoy
Beg Central
Mining and Ore Dressing Combine. Prom.stroi. 37
no.8:58-62 Ag 159
(KIRA 1241)
1. Pridueprovskiy Promstroyproyekt.
(Krivoy Rog--Ore dressing) (ftetories--Design and
construction)

KOMAMVSKIY, Z.Sh., inzhanar; SATA110VSKffA, A.S., inzhener.
Coke bunkers built of precast reinforced concrete elements.
Bet* I zhol.-bet, no.14-:425-429 1) 156. (Hrju 10;2)
(Precast concrete construction) (Coke-Storage)
POLAND/Nuclear Physics - installations and Instruments. Methods of
C-~2.
measuremeniand Research
Abs Tour J Ref zhur Fizikao No 60 1958., No 12459
Author Komanski Tadeusz
'Inst InstTfUre-ro-r-M-clear Research, Polish Academy of Sciences.,
Warsaw),Poland,
Title Slow Neutron Detection in the Presence of Garjoa Radiation
Orig Pub Acta phys. polon., 1956, 15, No 5$ 351
Abstract The measurement is based on the fact that the gamma rays do
not cause noticeable.scintillations In ZnS (Ag), and knock
out electrons directly from the photocathode and the dynodes.
As a consequence the pulses at the output of the photomulti-
plier are very brief# At the earle time the ~(particies of the
reaction B10 (n) 0( ) U7 produce in the ZnS (Ag) light pulses
of long duration. This makes it possible,, using an integrating
network and a simple amplitude discriminator) to eliminate
practically all the background of the gamma rays.
Card 1/1

BUZAYEVA, A.I.; POLYAK) E.A.; PERKINAt A.S.; KOMANTSEVA, M.I.
Use of complexometric methods for determining the basic substance
in chemical reagents, Prom. khim. reak. i osobo chist.
veshch. no.1:22-24 163. (MIRA 17:2)

BUZAYEVA, A.I.; VELICHKOI 'E.M.1,KOWNTSEVA, M.I.
Spectral determining of impurities in reagents and preparations.
. Prom. khim, reaks i osobo chist* veshch. no.1:19-22 163.
- I (MRA 17:2)

11OR-N, Dezso, TE1ES5ZE1JTA11D.,USIj Guide- NOIDti~i! A
Ad- VAWA~ G DZI "I"
Sandor., dr.t buntatobiro; TOTA, Anna "'31121,10hrS , Is
Yotgkj~L"'
P tvan;
Alidras PAL) Forenc, dr,; 301-IOGYI, Miklos; SM-1,0301,
Gabor
The 10th Plenary 4assion of the Nationai Council of
Trade.' Vnions.
I.bmka 11 A'.).6-.1-32,29-30 Je 161.
1. 8zakszervezetak Orszagos Tanacsanak titkara, qs
"Mumka" szor-
keaztobizottsagi tab (for Horn, Varea). 2. Fonernok,*Ozdi
Kohaazati Muvek (for Temesszentandrasi). 3.
Elelmozesipari
Dolgozok Szakszervezete e1noke. (for No1hrer). 4.
Te.-.tjjszakszervezet
fotikara (for Toth). 5. Egeszsegugyi lqniszter elso
helyettese,
Budapest. (for Simonovits). 6. Banyaipari Dolgozok
Szakszervez'etenek
titkara (for Komar~. 7. Orvos-Egeszsegugyi Dolgozok
Szakozervezetendk
fotitkara (for Pal). 8.-Szakezervezetel-, Orszagos
Tanaesanak e1noke.
es Magyar Szocialistall.Wnk-aspart Politikai
Bizottsagarialc Tagja (for
Somogyi). 9..Epito-,Fa- es 'Pitoamiagipari Dolgozok
Szakszervezete
fotitkara (for Somoskoi).

--------------
M=1, Ioshef;-,Iq jj-gz&4~h; 7:4$ Arnad; VARGA, lozhaf; KARDO,
Tanosh
We are proud of your succeos.-Y*st. ugl. 8 no-8:30 Ag '59.
(MIRA 12:12)
I.Qhleny profsoyuspoy dqlagatelt gornyakov Vengrii.
(HuMary~--Coal minev4)

lumc J.0 Zratmisla X.0 Kow A.
Osaawwrda oloviume kmi. =Amtjon of lead in blaqg
Mad,. d0sne, mll--ob-' 2x3-4 y'0 po 577-85.
1. 0,C th-j DmiitAte of pIVSJO10 a-cal 01jamistay of Warm
Hs&ical Acadairy and of the Cmtz-a Twtitute of Libor,
Waraw-T.
UHL Vol. 420.1 Nq. 10 00t 1951

. . . .........
Ap A. PA 20/49T65
.UmA
wem -iW, Nor 48
Coal Tar Products
*A Now T~V~-*f'Ccollag Unit for a Coal Tar By-Produote
Plantt"-A. Mmars Chlaf Edgr, Dnspr~tyath troy Trust,
K. Deebtaskly, Ingr, p
astroltag Pron"., Mo- 11
RLSOusses resulti of ~;parlence opined from In-
stallation of-sabjqot structure by Adainistration
~'Ro 2 of the Daeprotyazha troy Trust, with photograph
at the completed project.
20/0T65

KCMAR, Andras
Situation of the socialist coMmUtion in the mining.
MwAa n no-1:
30-31 Ja 161.
L't Banyass Ssakazervezet titkarao
I (Hungary-Coal mines and mining)

KOMAR, A. A.
"'Bremostrablung and Fair Production of Particles of Spin 3/2"
Nuclear Physics, 9, No. 1, 1958, November. (No. Holland Publ.
Co., Atraterdam)
1. X. Lebedev, Physical Inst, Acad. Sci. USSR, Moscow,
Absteact: Bremastrahlung and pair production for spin 3/2
particles are computed in
the lowest perturbation theroy approximation. The
ultrarelativistic case is
considered In detail. 7hex importance of small impact
parameters is
demonstrated. For a pure Coulomb nuclear field the cross
sections are proportional
to Eb where E isthe incident particle or photon energy. The
effect of deviation of
the nuclear electric field from that of a point Coulomb
source is discussed.

21(7)
AUTHOR:
TITLE:
Koma SOV/56-35-3-48/61
The Scattering of a Particle of Spin 3/2 in a Couloab Field
,(Rasseyaniye chastitsy so spinom 3/2 v kulonovskom pole)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1958,
Vol 35, Nr 3, pp 806 - 807 (USSR)
ABSTRACT: The influence exercised by the various values of the spin
of the newly discovered elementary particles may be of inter-
eat for the investigation of this spin. This influence
manifests itself in connection with some effects such as
Compton (Kompton) scattering, bremsstrahlung, and pairwise
production of particles with spin 0, 1/2, 1, 3/2. The present
paper deals with the scattering of particles with spin 3/2
in the Coulomb (Kulon) field of a nucleus. The matrix
element of the process in Bora's approximation has the form
-ef !'(x)A k(x)yk B'(x)d4x. The spin vector B'(x) describes
a particle with the spin 3/2 and satisfies the following
equation:i (Ika/axk + M)Bi(x) - 0 and the additional condi-
Card 1/3 tions jiB - 0, 6B,/ax i - 0. A k denotes the four-potential

The Scattering of a Particle of Spin 3/2 in a SOV/56-35-3-48/61
Coulomb Field
of the nuclear field. Next, expressions are written down
for the matrix element in p-reprenentation and for the dif-
ferential cross-section do. For a pure Coulomb field the
Rutherford (Rezerford) cross-eection is obtained. The spin
corrections are taken into account by a factor contained in
the expression for do. For particles with the spins I and
3/2 the spin corrections increase with energy; this may be
observed with particular distinctness in the case of spin
3/2. If energies are high, this may lead to deviations from
the usual form of scattering even if scattering angles are
not very large. There are 2 references,#
ASSOCIATION: Fizicheskiy institut im. P. N. Lebedeva Akademii
nauk SSSR
(Physics Institute imeni P. N. Lebedev of the Academy of
Sciences.,USSR)
SUBMITTED: ..June 14, 1958
Card 2/3

KOTMAR., A. A,,, Candidate phys-Mth Soi (digs) -- "On
electromagnetic interactiOus
of particles with a spim., of 3/21'. mosoowp 1959. 8.pp
(Acad Sci USRR, phys Inst
im P. N. Lebadev), 150 copies (EL, No 240 19590 125)

Komar, A. A., j.'r-rkov , A. sov/56-%-3-31/71
On a Variau'v o' 4he ~'onlucal Theory of the EloctronaEnctic
Pi~!ld (0b odnom v'arjante nelokal.1noy teorii elek-tromagnitnogo
Polya)
1 C; D I Ch: Zhurnal ck.,;Perimentallnoy i teoretichoskoy fiziki,
1C150.
Vol A, ii-r 3, PP 854-858 (USSR)
-,l C T Several nuthors (Refs 1-r3) investigate6 a variant of the
nonlocal Plectroma.-natic field theory and used. a potential of
the Lionard-Viiechert(Liyenar,Viklie:rt) type Or
A o(u/,,(r1)PJ-yU/r1)).,,,2 + a2 0with Q C
The precent paper intends to show that this variant leads to
unsatisfactory results and that the suggested f-,eneral poteniial
form and the resultin.- smearing out of tae char-9c leads to an
internal contradiction: to incompatibility of the i3yateri of
clasoical equations for,charged particles. The correctness of
thiss s-Latoment made by the authora, which is rientioned at the
be~;inninr of this papor, is proved by means of a consintent
/2

Of Theory So v -.1/71
:qclativictic treatment, viz. by a tran3ition to the
nany-time
I
a .11 L I
"arm lism. (~C-' 4) of the*classically clectrod-nainical
dz-scripticn c--;' a system o-l" ch-arged pa-"ticler,.
Tilare are 6 roferencec, 2 of which arc Soviet.
z c h e z, I - -iy im. P. !~. Labedeva ,L:-,ademii ilaull,
SIER
(Fh,,~sicf; lzintituto imeni P. 11. Le-bedev the Academy
a:'
8ciencag, USSR)
September 10, 1958

S/057J61/031/002/012/015
..9- 01. 1912 C/ 0 B124/B202
AUTHORS: Komar, A. P. and Komar, A. A.
TITLE: Molecules and complexes of molecules and atoms as
waveguides
for electron waves
PERIODICAL: Zhurnal tekhnicheskoy fiziki, v. 31, no. 2, 1961,
231-237
TEXT: When working with a field emission microscope, 2 to 4
light spots
.consisting of two or four parts frequently appear on the screen
of the
microscope (Fig. 1). This is mainly the case when the piston
walls are
poorly degassed or if the vacuum is poor. Sometimes also oval
spots,
circles, rings and'more complex patterns are observed (see Fig.
2), which
are thoroughly described in Refs. 1 and 2. On the basis of the
papers
hitherto published it may be assumed as certain that 1 ) these
patterns are
formed by molecules or complexes of molecules and atoms which
are adsorbed
on the surface of the point; 2) the symmetry and intensity of
the patterns
are not connected with the symmetry of the moleculeal and 3)
electron ex-
change occurs between molecule and metal point. The intensity
distribution
in the spots is the same as in light which had passed through
transparent
Card 1/8

893&
S/057/61/()31/002/012/015
Molecules and complexes of... B124/B202
threads (Ref. 12) or in amplitudes of ultraviolet vibrations
which hadtt%..
passed through elastic rods (Ref. 14). During electron
emission of
molecules, the electron waves are canalyzed by the molecules.
Electron
emission,mainly takes place from the direction of the free
front side of
the molecules. It is demonstrated that the molecules are
waveguides for
electron waves which was also experimentally confirmed. Two
boundary
conditions 0
#rlr=a~o. (5)
are set up. The authors also discuss the order of the
occurrence of the
various types of vibration and the form of the patterns on the
screen as
depending on the energy E - ev of the electront i.e., its
dependence on
the voltage drop on the waveguide. The critical lower energy
at which
such patterns appear on the screen is determined from epations
2 2m
2m Ini Ni
I) (E+e7v.)- -2 , (10a) and ii) e (E + e-v. (10b),
112 a h2 a2
Card 2/8

S/057/61/031/002/012/015
Molecules and complexes of... B124/B202
which indicate that this order is exclusively determined by the
law
governing the increase of the roots of Beasel function "ni and
Ani-
Various types of vibration for both boundary conditions are
shown in
Table I. They indicate that the types of vibration are very
similar as
to their Y distribution symmetry under both boundary
conditions. The
patt6rns consisting of two and four parts can actually be
ascribed to the
waveguide properties of the molecules. The order observed in
the present
paper is-in full agreement with the order of the types of
vibration at
TG-a ' 0, shown in Table I. Table II shows the types of
vibration for a
waveguide with square cross, section which do not essentially
differ from
those of Table 1. The values m corresponding to the lowest
types of
vibration are low; however, n may vary in a rather wide range.
The patterns
shown in Table III may be observed on the projector screen if
m- 3 and
n= 6. There are 2 figures, 3 tables, and 15 references: 4
Soviet-bloc
and 6 non-Soviet-bloc.
Card 3/8

89166
5/05 61/031/002/012/015
Molecules and complexes of... B124YB202
ASSOCIATION: Fiziko-tekhnioheskiy institut im. A. F. loffe, AN
SSSR
(Institute of Physics and Technology imeni A. F. loffe of
the AS USSR) Fizicheskiy institut im. P. N. Lebedeva
Akademii nauk SSSR (Institute of Physics imeni P. F. Lebedev
of the Academy of Sciences USSR)
SUBMITTED: December 14, 1960
Card 4/8

IMMA,R) As A* and MARMV, Me A*
'I Possible evidence of the direct electron-neutrino
interaction"
report presented at the Intl. Conference on High
Energy Physics, Geneva,
4-11 july 1962

PUSE I BOOK Em=mca 807/-,,982
latc=atiaml Ccaforeace an Mau-Rwra Phrica. 9th, Kirmy, 1959.
Devyataya r-3zbd=arCdnaym kCmfe=toIy% yo Mika vysokM enardy, "w
15-25 iYUIYQ 1939 g. (Mnth Intematic=1 Caafomca cm 111gh-EnsW
PhViall- Mmyt July 19591), HOGOQW, 1961- 739 V- 2,5w capLem
Printed.
Symsoring AC=cy: Akm&.zdya nauk WM. WIA-mArobw eqpm chlAW I
prikladuoy fizikI.
C=trlbtxt= aWmentimed.
PMIP=: This book Is intended for unclear physicists.
C07MMt The collectica cwtalun 30 scientific articles ;weacated at Via 9tal
latornaticaml Ccafereace ca HI&-rAdrgy. Physics, hold in Kiyev from 15 to
2-5 July 1959. The articles pmsemt4a relAta mainly to the Vr*Xmaa Im um-
clear pbyales acbiewd In 1959. Sitbjdats discussed are the wodum"Acm of
IUrd 1/0
g-~
,.V'j
wy-'NQ
AV
'4
17

ninth International Conference (Ccut.)

nualconap their stricture, weak
wA strong Interactions, scattering,
and
their docaV. Uo persomaltles an
z~ittlonodo References scompany ludi-

vidual articlea.

Opoulng of the
CcafeFewe

Paroaralrd, G. Phatoprod=Uam af PI-Mescas arA Compton Rfroot

CA Nucleme
21
Discussica.
54
P=tocoi-vo, B. Scattering of, Pima by
UucUcam evA Slug3m

Pzoductlm of Picus in lualsom-Suclood smA
Pion-Sucloca. Utteractloms
60

SOZA, x., AntlMolmom $Ad The' Im%4r*&Aow
133
Dloausslc~
152
Cud 2/ "12

Ninth International Conference (Ccat.) SOV159M
Shirkov, D. V. TheWetliua InvestIgations of Dispersion Relations
453
Discussion 465
ToebMann, G* (Rmeml Features of Transition AmpUtudes and
Spectral Functions
Discussion
Schvinger,, J& . Field Theory of Unstable Particles
Discussion
Lmdau., L. D. On Analytic Properties of Diagrams of
the Quantun Field Theory
Kcmox,, A. A p M. A. Markov. On the Field Theory with
l
rm~ehms Having Hypexbola1~4a Singularities
469
479
482
507
512
516
Card 5/8

BALDIN, A.M.;. KOMAR, A.A.; SARANTSEVA, V.R.
Hypercharge and degeneracy in respect to isotopic spin. Dtfonap
Ob"edinennyi in-t iadernykh iseledovanill 1962. 4 p.
-ow (for Komar).
1. Lebedev Pbysical Institute. Mose
(No subJect heading)

KOMAR, A.P.j KOWO A.A.
Theory of the wave guide properties of metallike molecules
and
their complexes. Zhur.tekh,fiz. 32 no.7:867-873 J1 162.
(MM 15:8)
1. Fiziko-tekhnicheakiy institut imeni A.F.Ioffe AN SMR,
Leningrad
i Fizicheskiy institut imeni P.N.Lebedeva AN SSSR,, Moskva.
(Molecular association) Nave guides) (Field emission)

WLIN.. A.M.; KjnL-A--A.
Symmetry of strongly interacting systems with IVpercharge
Y = 0. Dubna,, Obredinennyi in-t iadermykh issledovanilp
1962- 5 P- (No subject heading)

BAIDIN, A.M.; KOMARV A.Al-
Degeneration with respect to isotopic spint add the
hyperchargei, Doklo
AN SSSR 146 no,3*.574-576 S 162* (KIRA 15:10)
1. Fizicheskiy institut im, P.N.Lebedeva All SSSR.
Predstavleno
akademikom I.Te,Tammome
(Nuclear spin) (Isotopes)

KOMAR, A.A.; ISYKIN.Ye.M.; METALINIKOV, Yu.N.; MOROZ, Ye.M.;
PETUKHOV, V.A.
Phy-sical'-f6undations of experiments on opposing
electron-positron
. beams. Trudy Fiz. inst. 22:222-295 164. (MIRA 170)

BALDIN, A.M.;~~ARs -Am
Fundamental trends of studies in pbysics of elementary particles
(according to materials of the 12th International Conference on
High-energy Pbysics held at Dubna in August 1964). Uop. fiz. nauk
85 no.3s543-564 Yx 165. (MIRA 1814)

KOZINSKr!f, givio CK001W)WO1610-1) xCm^-A,?,j KWKGI 7,16
HigWenbit~,'refkiotory after t6 ifttr6dUotion'bf,1*ntcnit*o
intoz aharpos- tops 49-O= .not Ila 1501-1504 1 1656.
(Min 16812)
li, UkrndiproWml1tp,6t441tVirobiv&

ir -..
i... G.. (Grad
Ji:r3crtat Lori "n lriv:jtization -jf c.,,:i on tao-, i ct of
i;oncrete ~av,!z,-"-nt3 for
11 j . - .1 u
GiLy Ar~tct3.11 Cand Itcii ~ci, i4mcua irder of t;.,- i,~,bar
read i.~-inncr ~'onitruction 4nElneer-
inf, la,-3titut~; imcni V. V. Ywybyzhev, 15 Jwl 54-
(lcctierny.5.it a'o~~kva) oncuw, 4 Jun 54)
jL.,: iuL"~ 318, 23 Dec 1954

KCKAR, A.G., kandidat tekhmicheskikh wauk.
- I
r~~ 2V~ I-
Comprasslom joint design for cement concrete surfaces.
Ayt.dor.
18 asi6:17-18 0 '55. (KLRA 9:2)
(Read*, Concrete)

VOROBIYEV.9 Vasiliy Aleksandrovich,, prof,2 doktdr
tekhn.nauko zasluzhenrqy
deyatelf nauki i tekhniki RSFXt. Prinimali uchastiye;
GLYBIUp V.S.j,
staroMy prepodavatell; DENISOV,, AA., kand.takhn.nauks
dotsent;
~KMMR, A.G.jp kwA.tekhn.nauk, doteent; FEDOSEVp G.P.,
starshiy
PFe-po&a-vatWf'-.VARTYIWV., A.P.i red.; VCRONM, R.K.,
tekbn.red.
[Building materials] Stroitellrqe materialy, Izd,3.,
rasshi-
rennoe i perer. Yoslcva., Vysshaia obkola, 1962. 496 p.
(MA 15:5)
(Building materials)

KOMJkR, Aleksey Georgiyevich, kand. tekhn. nauk; GLYBIN,
Vasiliy
ANNERUMM Sergeyevichp inzh.; KOLOKOLINIKOV, V.S.., red.;
LIPSKAYA,
V.P.) red.izd-va; GALAKTIONOVA, Ye.N.., tekhn. red.
(Technology of cement concrete for roads] Tekbnologiia do-
rozhnogo tsementobetona. Moskva, Avtotransizdat, 1963. 222
p.
(MIRA 17:3)
-1

I
KOMAR, Aleksey Georgiyevichp kand. tekhn. nauk; GLYBIN,
Vasiliy
----------Sergeyevich, J-nzh.,- KOLOKOLINIKOV, V.S.,
red.; LIPSKAYA,
V.F.) red.izd-va; GALAKTIONOVA, Ye.N.; tekhn. red.
(Technology of cement concrote for roads] Tokhnologiia
do-
rozhnogo tsementobetona. Moskva, Av-totransizdat, 1963.
222 p.
(MIRA 17:3)

PORUDOMINSKIY, Viktor Ylad-im.irovich; X011UR, A.M.# red.
[Transformers with load switching) Transforma ry s pe-
rek.1lucheniem, pod nagruzkoi. Moskva, Energiia, 1965.
263 p. (Transformatory,.no.15) (MIRA 18-8)

ROKHLIN,,.Illya Aleksandrovicho kand.takhn.nauki LUUSHENKO, Ivan
Andreyevich,,
kand.tekhn.nauk; AYZEN,, Arkadiy Markovich. Pr1nimall uchastiyet
DRANISHNIKOV., P.I., kand.takhn.nauk; HINTSKOVnIY, M.Sh., kand.
tekhn.nauk. KOMAR, A.N. fd"easedl. red.; BERGER, K,, red.;
GARKAVENKO, tekhn. red.
[Handbook for ponstructiob engineers] Spravochnik konstruktora-
stroitelia. Pod red. A.N.Kamam. Kiev, Gostroiizdat USSR, 19630
813 P. (MIRA l6t6)
Deystvitellnyy chlen Akademiy stroitel'stva i arkhitektury
SSSR i UkrSSR (for Komar).
(Building)

&_LIA !Q
0 it si u w is u 0 to a a m a m v A 19 in it At u a is &I Is
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A.P.Koaw(ZAarnalTrAm~rAtA~y

;

Fi:iki (J. Tick Phy-vica). 1935. 5.
(5). Russian] cf. pniiditig

abdract. Deftvts of the method aze
pointed tout.-N. A.

I;*
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U 2s A, - IS
19
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lee
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uVndwmamam d White into
-J& ROMAR AM B.G. LAuasy (Phpikal.
73).-A awthod for
& esmatro4rw Idegiam'd white Sa by gmy W given.
The lim" rebalues of tnmdwma" bave been
in"d =00
to -900 ad 4m no times see.
reaudim Tak The depa&aw of the velocity 00
surmoolfas ad Pam= mo dbcwmd.
W. R. A.
44TALLMK&L U191ATL44 CLAIWOCATift
OJ4431 GK 0-.0 lit
u s AT 10 is V 14 9 a 1 3 1 9
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xOmR) A. P.
Polymorphous Tramsformation in "etals. "Roentgenography Applied
to
the Study of Materials," Conection EditA&-.by G. Kurdyumov. ONTI
NKTP,
1936, p. 217.

-4e
ALEKSEYEVAI K. I.0 KOMAR, A. P.
Methodology of "DebaegraztO' Photometric Evaluation*
"4entgengrapby in
its Application to the Study of Materials." Collection Edited by
G. Kurdyumov, ONTI, 1936, p- 510., ZhTF 5,, 342, 1935.

KOMAR, A. TERMASOV, Yu.
The X-RaY study of Transformer
Steel.
ZhTF 6, 254, 1936.

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ltwv-w 4
0* in pcomm cvdams the Rmw rate ad rot
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lit
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to 0 a
0
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tr it if to X44 K99 R %11 KAt n If K NO n 1 '14

KUINR~ A. P.; MOCHALOV, M. D. . .
Remote Control Regulator of the Vacuua)/for the Ionic X-Ray Tube
Zav. Labor- 7. 881, 1938

4-4 0-- 4- -0
IR 41 Of I q q I q qt 4~ q,
-~A
sit I Aft~, !Cqvri t.j-
00 tim FroAuds a Saductm of TftWum Mome.
00 K lielyakova, A, jimar sail V. Alikhallov. (Metallurg. 110),
00 4-6. pp. 23-25). kGRuwlan). This study was undertaken in
connection with a genesw inved~stlon of the behaviour of
titani.
00
ferous ores in the blad-furnace. rM detateriouA efTect cf such
ores
0 is the increase in viwWty of the ftlaga cauml the titanium
dioxicle. In the expecimenta the titanium dlox.~?Iol was
redumd
00
a with hydrogen at IM*. 1300*, 11400* and 1600'C. antl with
charroal
00 "At HOW W 16M'C. The products of the reduction %vere cooled
under reducing conditions and examined by the lkbyo method.
00 Muction with hydrogen resulted in the formation of Ti,,O,
anti of
some TIO above 15W C. Regarding the products of the reduction
of titaAhtm dioxide with carbon, it is concluded that they
consist
of solki solutions of VC anct TiO.
J
0
*0 0
'00
0
iro
r lot
-000
WNW ......
T U n Iv 10 is W-1
0 1 1 0 a it it Ct a it, it -1 or w
0r$ 0 a 0 0-*:* 0 0 0 0 0 0 *1*
( -*see,* ee*0990060*9069996
13- 0 6*40-000t*0 ******to see 0006000006~66,66

z:i )list 14 OV11411" "it 13140 10441va nion lava
A F-Q-R--t T
4
all Un M* Mill APP4144 QQAIO9*
k-.Awik. .-A.-A
RELIXF OLe -Ttjj co&TINGSON TIMPLATE- A- P
EZA)ILIATIoti (F THE MICRO
(,i.AVOD. LABAI, 1939, 8 1a6-186; Chou ZentrAV. 1941 112. M-
945)0-(Ic
OR& t1tylsts with the naked eye a patOrA in observed
RussianO in
witiolt under nagnitioat'On appears to agnsist of drop-ehapOd
f0rM&t1',7Tss
00 j The ajar*-interferoneter ravOG16 that theva
Danneot-id by small ohowelso
09 a rround-ld uy a bo der Or F0302 of low
ro heim-spherloal Indentations au
90 j 11 those 8p0t4e
oarrosion-resists,446; 10061 co- rosion -nay be GXPOCtsd at
40
01 K R It K -o1 j--'"
454
a 0 a 0 0 e 0 4' & 0 4 0 0
****jog 4 o* 0 0 0 40 9 0 0 a 0 0
~00
-00
.0 41
410*
.*a
400
roe
roe
Xse

Z4 6, il ii, Q=
It
Ili Me lop Weal
000 9WIlligs too r9ortatics MCI
004
**A

mom*
N
V

.
(U. & IL R-) It
acd K. diKuse
!ta
.

00 of

uw&qAoetb4 I 4f
IkL4r4w#jklbbwY&W7Sf-

the namoltbe
the Suw-
o:

Kxud=vl
mom.
a axorian.I
m tut the
(
ft f
0

ma of VVI I-AV cad
s
m
d"
(C. A. So. 3M4)

aud wil-
il
F

t"e-
mw
Us= (C. A. ^ OM blift to bc=sct cm
321

)
340 to Mo tor AtgCgu the mdo, r. of tM tin- (

md ( .1 S-OA%"(ovw Imam
S ?04 at ik H. R41bm*"-

u 0 IT 10 519f 1-* 1~1
goo
'fee
cog,
free
w (p 0 dc a $I, j VA tend* Owlir 40 9 a 4, 41 1 If
fooce of-** fee got,* 0 go 0000 ~G a 0
J 'W4.

f"144 0
4 1 d I I P to it 91 it I'll Fe at if 9 to a 17 8 ?4 al _.'T
Its 6 'ei it vLl Mat is 0 At it QIU of a j!*
r a I A I I- IkA -00 CC GQ E! j 4
lit liittl joa, 1141111,11
X-ray invirstigadw of the tampering of carbcat steel. .00
:0 it. K. 1. Akkweva and A. P. Kutuar. J. Foqk. Pie -0
A U. S. S. R.) 9, (C
qw-whed Irm 7W" to 15 ond Iteca mulocrcd ;I rising
itintos. for 30-~ min. at each tetup. The initcreuty td the
00 ,.city liars lWWUw1 by the la"s ( 110) and (112) itwit-Awd
i
With the tfalp. k4 trUIPCOUS t0 & IiRlit FCAdird At
o10 ir rher ilucterw is wJuw bvtwren 2161)" and,34W still a"t,O)
so z f "- bftauw -1 a (twillatfutl (it exthith A.
j! CO
'7 -.00
Joe
t -*0
1'00
-.00
AS4-1LA 114TALLWORMOCAL UTURAU1019 CLASSIPWATICH
7-
It wall'i be it U, Q.. it,
r 1 " I
u AV to fl! V
it dr Of K a Is Of it CC a If of No It 1 14 14 V
of ; 0
0 0 0 0 0 4 0 0 0 0

,Joe goo e 06 * 0 0-00
0 0 0 0 0 O's 0 0 0 0 0 6 4-0 wit

is q is m MI

N

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Of "am of

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MW

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of

A S. P-5.
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arkatalli
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00

mill Im by a s

of Lon w4 d to
"=ti
fttwg .0a.

ed a

h _
I most No,
I
be
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-
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h" for reo?,
owe t*
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r
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l

to t

c
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by ft4w of this
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Their 11,01 cdm malki to r1o"Ol G(F
o

t
.

00,
low- I
AltALLURGOCAL tiTINAT409 CLAWFKATft
188044 .10 d"v off
4 -*
u a i's 10 it is it it 0
1OZO.,
0 0 0 0
4
is ;-w-wl
A- a . f . & , __ff
'V0
-00
440
zoo
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roo
0
o go
00

o

fly Apy aff
l
#90CIUSS AM FIM41,16 0498

t

WuWmi of dW OAm kk*fd*w4 dm ciduum d

*so

?
Jlk
v
l
=A
A
I

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t
*
c
i
ys

me*

S- S. It, 671-MOM).-Sm C A. 34, *NW-. H, It,

0.0

*00

too
00 a
Ural
Phyr'.
LCO-Tech

so*

.
Inst..t SverdlOirsk

got
001

wool

Noe

W92ATM OAWrATM
A II L a 4474"W4"

i

""Mists

o It an a I A

s
0-1 IF zu G 9
a II* m I I I

0 0 0 0 0 0 0 0 0 0 0 0

0 0 0
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00
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Kot'-I AR
BMTOV, N, Z11LUMVEMIA, M.; I(MIR, A.; CHLTAROV, G.
Orientation of iron Crystals on Magietitc during the Reduttion of
jagietite with Hydrogen.
DATIT SSSR 22, 27, 1939
Also Dok. AN 22, No. 1, 1939
Physico-Tech. Inst. of the Ural. Sverdlovsk

#TO-*# 6 lea 0 0 #a**# *a a
imlseelil ***a 0#000
oz; j I t S 4 a 10 11 it I) W 11 14 It 4 UU ma uit until 120m a
f!0
A_A_ f 11 M j
of 4
60
as

f .

0

H&H liked 6 an AuCue alloy in and out of the order

mdI . A. Koum and S. 'A rov. ("'MP(. rz
c
two
a4id. ui. If,-R. S. S. 23, ICIA(ROWOn Enslish).-
The II&H C04,11, WAt dtlit. for the ordetiA itrid di%ittIvielt
states of AuCus alliyy. Alit n I fie p1at" wvrv quonellml
-00

0

17
09 a

from 600", 4 valu" of R front to -#A9 X 10"

C. G. S. M. wt-re obtained. The same plites vrcre an.

1-00

00

0 av

nettled 24 hirs. at 370' and.ht-4(1 hirs, at 360': 4
valuciof
R from - 171 10 -M x 10 " C. G. S. M. were oblained.
Whets a plAtt was attricAled at 325', R - (15 X till C. G.
S. N1. The transition tctup. of the silloy was
Evidently artmalifti; at 360' does not produce a fully
orderct! alloy. G, M. Pelly

lo 0

0
IN a 0
00
00
00
1
7zoo
zoo
zoo
i;e 0
oo zo 0
9,0 j f4rg 0
n9o
-A S It - S L aNITALLUPOCAL LITERAT1,11! CLASSWICATIOm 9 2-
k00
d'.
. . . ........
'0 ItIt xv K it it it ei W it Ivt a 4
0 0 0 0 0:0 All 0 6 0 0 0 0 0 0 0 0 0 0 0 all 0 0 0 * 0 0 0 0 0
0 a o 0 a 0 e 0 0 0:

*.Go** 04
0 0 00 0 06 000 04':
6 0 1) is 14 is to #I is
40
I j
0
00 j;
-00

Alk"FAIN"ka at 11AMN a" Oubmit"al" of 1u

A, ki'llult, mit"I V_
V. MikkhailhIv i'wfN11.rjt' low 14 V: hill.

1. 4. 11), t*14 1'.
Abs., 1943, 37. IV.%). --I I tj ItuenmI.1 Tt"*

lleMe X-m -v
-111tral itu"tell that at 10(mv-1514" C. the miumilon of Tiol
Isy
i -00
ma easixtura, 44 %.VdnWm &awl itilpWo At j1piel il.
4j)"I

higher. m-sor fismanium nitrisla, I* f-w"NA. no Ah"Wil hi.
-hreliviol SnAhmi.. dir

tilivide air Iw# oliarfir"I 44f N am 'v 0"'I.VC.414 .. .. .frig
I., it*
.00
1141WIlailtillb-M! #141414 A.Jitj ANIhAh'Ift
411111114 1. I'"JUrtfoll 11% -fall Isd.-ft all
see
4'. p"Itfutro
"richer dw frw 1111MV fu.~ IN- ("'.ratf6mb

-
'
'

=00
I a-( fit4utiurra. At 19110
4
..
110. im rimuliletely n,lu,v%f ill 3 hr. t-, the nitful,

~41%d
vadwie, whivis fiifil a ikjtl 04"140F
40 all

09

loo
0
0 vi
ISO*
MOP
we
boo
zoo
9 WOO
It' 'el'aw,
L, -4460
V it 9 4 $a 04 0 q a I I do a 4- *.' - -
u i. #16
0~6 0 'o 0 all 00 q 0" o' a 4 0 0 0 4 0 9 a 0 e 0 0 0 0 0 0 O~
15~ 0 11A
: 0 0 00 0 0 0 * 000 0 411 4 0 0 * 0 9 0 -0 0 0- 0 9-0 0-0 *1

A A
0
a if U a m
lisp Abatis elliallopi
VICC411411 AND PICAIMIll mot.
Vmdem Decompositim of the phams itkfa sad takes
ptsm Lit mch a way tW ergo remta me,
TO
emirive f0m is catinevte a( an Inbmogenems struct
d
at tM keniting c(thA &wmpodtkm-v. A.
lit
U it AV
to rp it ft air a* aIs it of CA tl it 0 KO a I
'"Ll, ;a 4.1 Led
ad a I W a s 4 3-4
fa
.00.
ee -
doe
ute
coo
000
cto*
boo
sie

AD U V It Is A It I, v is 0 it s; is 0 *,C
k. P
0 0 CC M tt*t k 4, C ff
1.6 'W
OT-I. t I I
1,F
J
1.
"dowto in a ftanswwm 121"Pedc 61114 Of
in the _dcctd and flaaacde"d allte. A.
an AuCus SUOY .40
Ttlid. ilCad. $Ci- U- R- -y- S. 27, &W-.',
fit. 'fr-t of the magnetic field on
11W fesidafto Was incircawd over 1(X) timeto by annealing
that it ammcd an ardutd at. ArTxnV
the spCdWea so
A. 0. Allen
Metal PhySiCS, Metal SCJ. and Yeta.Uurgy, Ural Branch AS,
Sverdlovsk.
.J1
/
boo
t1o
L40 0
11111311) .41 11-9 list 4
ir T is 4 1
I x POW n $;9s
00 04 0" 00 as *, 0 a 4 :10 0 4
0 0 0 0 111 0 0 4

w w v - - - .V - 1: (b h a 9 9 W a a v
- , - 7 1! - - w
-Te. 71w-
004
tOWUMM Of ft Agar Au" 14 4 &M
.1904 amp"$ Um Gad dw OC&C of coat at (&o
A,
lit. A -) 4. 847-61
0 M401 &AWvAhftlj4*,, (IW2)1 d. C. A. JS.
Au(ks dtl*V Wtv Was, (IlvatiPted *A a
of The
at Twell t=Q- "d at the b. p.
44/1r Is 0 c4vddtra* owe omdtiw 1,
09 Mstor
09 a of ordw tbo is thl op, tukqg", Um the
"t 'be Met"W-tS tb* ILIPMVII AAGCtift
'A W. T% &Z'WMV a' "W"Oel IfUMOM AM the effol.
of
rule Is 94(isdvd Oa ordered but tm (tw use djoWtfj
C. L 11,
10
,p
00: 'Us
014
ro 0
L
Now
Also
uo
too
4fj"JW=A&Ufl*ATWCCfA CAM
~4414all *At Inv
"4o 4di 4--
as a K 49 M Ic
0-0-0
&-a-& 0 * 0

0C V ~Ww, tit, t~RZI
a a
-,7
tip,
coo
bimiibud6 of atoctIs la &a A%Cv. alloy u4 tits tftd
oe 1!. copsupt. A. Komar and S. Sidorov, J, Ter); PAYS.
1;. alloy W441n; Ay
-Alinit the putt inrials, homograimd at ift) 10 hrt.
'I, - of
00 Tcmiartilig at 390'. MOV. 'M*, 381" U his,. thra -06
"Stenciling in wattr) save Sp. re%i'li-Aly 0 ap;irux, CM.A. .0.
0: ST 11.3 Olin. cut., 11411 cor"t. R -610 X 10-9 magnetic
r W.A. linitat (approx. con3l.). (2) Tempaing at 319",
.0
3 firs, %,Ave la 7-Wi. It -CO) X In". (3 Temp"ing at
000
A:!) .3lwI1,AvrP7 A). R -+-'."J X 10,4. f3) i'lutelulwair.
aoV at,3-., 't0.1 III' ('-N) Ili 0) Willi =00
L,wr temp.. X "itivr, rising (+17'.- X tU-4 tut 3511'.
0 IV ~;i hri_ 0 (4) Willi a wCoand &Ample. nuftlen- roe
90-1 1 -Oly %tightty differtut, but analoguatis re%ults were awl).
Ce
Ume4l. The Invershm temp., curmliamilinit to the dis- i Z
00 "I'ter-Indri tranwitiou. Ham at atactat 341". with R Changing
0* if-nil lieKallivir to "llivia. Surb a Inwhavior rh R hall law
expected at the transition to ordtfed di3trillutioati o(
t
Ilie Q1141ving atarims, in view of the superzfflics interw1kii: coo
Avith the Fermi distribution Surfac" (cf. C. A. 3J. 417~0;
:8. '21ON71). The thernimlec. r. in. 1, of the "luple Ni-
Wle. no
%%teli* thillilli . Willi incrca~illg degire of vardtring (cf.
4. JJ. (IL .4. 'rhon
'Not)
1 '40
aw
Ati j
011 13.4 Igo 0
to at x '00,111 All L nd 0
004 00 0 0

~

A
to ii t$ u 14 is 64 0 4 0al m a v is a 49 is

.6
-A'J' I --1Ji;-4-t I
a

focre4fles act

~

C7

OTbi,owbw OXW%Uft rA Us Aga AW% in a Tnm"m

k
eo
Tt
td

-
c
-
~

&W In FrIati
t
&
O

on
o
w
r" OfOr&dnj,1nthe&11Oy%nd the stmtoh
'00
W In nit
41(the fief4st loom temo. and at We tetup
of brA
o
D
&

.
r
pn.-
.
00.3

00.
goo

see

4k::J

,

0o',-

-
.91
attALLUNCKAL LITIMAIM O.&HINFICATION 9-1
.-t - too
.4--, - ' Kid.

i IT44. iiT-- 0
-st 04V a-( 9ji.11 0-
load* 01911CUS' 01
PC a x It of KO a I Ita

'a 0

0 0 0 e 0
* * 0

'Coad" rome and the Kaga4tk gaurabm of N1jKa Alto In Malke to
b Order of Atamio Arri"mcat. N. WIptobtriss mwi A. K4r (ghte.
-1), 1941.
M. wr Filiki jJ. Exlwr. Tkf(Wd. I`Ayli~
Oz ioll 37# RussAn.) The magiselie Rmariflow., and tho
m4pel'ImAlvp (,tnv Arr" pitudit-d fiv rriation 14Y thr of 1wid.
IMA111wot 4 (he alloy. 'Me valo" of It, -int., and *1"itle
walAtivity stm
pft~~Ilted gtaphleally. Tim curve (if r"lAUVOY holicitte.4 lip,
lem1wrMan, of
'Aering to be, Alomt Or, C Tim coum of All oirwi emmponotm fit tho
kfw,*n dAt^ for allava of A 113. The prilsitivity Isf It tie
chaig"i at
Acad. Svel-dlOvsk

'CrIOM1169t6filk OCkAUUM 49 fill I FUN WM RtWO 10
Ih*,'J two is
Im Ikkd-AhwA*ivu Aum. X. Kot'sar J?A-f, Vikkilsel
fiuki (J. TA, PAvoril. 1911, 1912~
(In jjju*4Au~j ilin Kiloy vtK4I.mtit4( it4kil 2U-41,
iduckutuam ;.'I?. an-I it-
stmala.%. tvi-Ated (fir 3 hf~ At 12w, U., fur '.'it
millot.., fit U"Ots, V.-
Own iluutwiml, w&4 Im.-tig-d-A by X-ra).. Ths- Im,
vulml C414'
14WO, Of thO 2 14449V 6 CVX1413dy 0111MUd
111.411V4114? If"- IMMI) 41-fittild tUl'i'
1AW&T Of OW ~ PIMA% 'IU'Pt An' 'N IKWi(L9V% 9)( thi A
joham' IMUM ctUfoi
wd"tal'46-Ophimv: the, I fill ifinviitiftof glu! a 6
IWAIL It. 1110i
b(dw 0 PhAft.. luml the 10111dipVtkiiii Ufm I&
jwzlk-l to tillIfir A.

K01WR, A. P.
Thermochemical Nthod of Making a Subatitute for Nichromium. Vestnik
Elektroprom. 13, 15, 6ixth Pdition, 191j2.
01,
IN
all. YN
M.

KOKO, A. P. -1: 1
. I
Order of Distribution of Atoms in Binary Alloys and Certain Physical
Properties of these Alloys.
Leningrad Physico-Technical Institute, 1943,
So'. U-1837.. 14 April 52.

KTAR,__A.! , N) S - ; BUYTIOV) N - 11 -
- __R, ; GIMTERIKE
Aluminization of Copper and Brass.
"Texco)" 1943
~ I

0 0 0 a 0
14 is t4 it
41
b x D is ly.mm 14 a I' u 13 Id a b it au a
M a if -' A a 'A
T

d
Physk-. V.S
sob*d r4dgbum at (B4 %1107
.S.M.. 194. 7,220-234).-In

the altayt,14rV MmFti, the diltremv
tKtwven the clectri-I
r"ittAtted of diwrdcrtd olloy "deffid om dqmnds

twl... mww..
an tbA an of Otis

oo

L

*0

40 o

Ural Branch
AS USSR

,

iV
1..-- 43-d'
40
u ts 1* '0 is
V IT tr 111 It 09 of a It a if aIV A #I"
e 0 0 0 N q o o o
coo
COO
coo
go*
:900
COO
t40 49

0 0 0 0 a 0 0 0
e, 'ev I, to, 0, *4 Is 14 1 a 1011 12U MIS 16 IF 1 9 4 IS
D p I r a J a L 9i p a I A
Q_JL_A_L_ fL..A. - A
_6*0 --------
PSOCNISIS, A-D pltotbllri ..DIN
a do dwy Aucas (a dw
m4 aSmW44#qpj StA14. A. XwUw, Ampl. Aftj.'~
00 Sew pkys.-Ckism.. logst. tAiNg. fig. (USS.R.) 16, No.
tw- Ii4t W-U); d. C.A. 36. 43MI.-WIm AuCus chanc" *00
from the In"dercd to the tw(Icrql &(44e, list Hail cont.
0 Chair -imn awl The re.Watkv in 4 tcam%vm QmgW'"k
Inittlirdly l"Oestel. in the
00 -9tomost ittao, I be &I.
elly, 101Wylt tift C41"46,111 of Kcaller (C.A. 3S."410). ~?*
00 C11111111V in It-'[StstKV SIT"fo flu the tier q8iW&rk%tbt
anuir- The chmage ut sign et the Ilan clang. dtvcn& ou too
the effect of the outer Wneof clectmSin the ordaml Aute
It. M. Ltic-tef
00 NO
ro 0
to 0
Coo
zoo
too
lee
Al
Is Ity $0 AM 4 PW 0 IN I I V it 5 491 4 34
.T. Ole 0 0 0 0 0 0 0 0 0 6 111 0 0 0 0 0 00000 0 0 0 0 0 0 a
00 409 40 0
I* * 0 0 0 0 0 * * 0 0 * 0 0.0 0
0 40 0 0 0 410 --c0 0

00
00C
*9
0* 3
ood
Go
:
0
fill
Fv~
.40
too
go#
coo
1906
Woo
coo
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0&0
904
lee
us is-m! i"i it i, it - I,;,[;;
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*~* 0-0-0.10 * 0.0-0 0:9,0V t. c.co _0 -0000 0 too*** **

'and the Od
m of Alic",

"W,cf. Atmaj,* A.

aranah ''Affla
of_.*ftjjZO6x:' of:the

.01 tv, Ak Iduk Bar 71 zlohv
Vol. X! N6.5

Di is 0, viri o-us- om,oe,pt,o in
th~~,'aoj set.. field. 60.-

mits biler de~oriptiqw
or,
'
,

14s,and the p(AsIblUties ~
the ferr
or stud7lag

q vropertles, of th6sei ~ lilloyap the
Ca br:"
n
=e

o

.04,
B
op

...

. . ..
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t: af jjtWG point ,.of

078 to mter~ iii-bit

(here
Ali thqaieti6ix~

Atid I In lmalit~ ddlif1ii5iti
:j~f.
T".

otlWO-Of '~4tabjq

Mae

4, J,

t
t 1 4 1 A I It 44 it it it to kh it 11 to u
&_ A-a 11 -&--,At P. fi.-AT00111-
M.
Depad4me W the d= of S"4-fillf" Wdilff Of IIIAWA
0A 4040 of the 1116(tim to go of t"Penit"I W4
0A:1 Ole lificiceaftdocii. A, P. =10 N. BIA11141111 ("Cut
:0 f pbysj, Imit Lnd Itraifcb Atm. si. U.S.S.1t., 5-
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