SCIENTIFIC ABSTRACT NESHEV, I. - NESHPOR, V.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136620005-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Nasm, 1.
Short-wave attachment to the ordinary receiver. p. 20.
RADIO. Vol- 5, no. 1. 1956
Sofiia, Bulgaria
SOURCE: East European Accessions List (EFAL) Library of
Congress, Vol. 6, No. 1, January 1957

17' 0,',--r cal Frodacts an(!
ar, Fr)(-,ri Indii tr7
NO. 19601 2875
-r aug
yjej~l of Neat in S.L -1-iter of Sheep rund Goa's
19'8, 7, No 2, 23-21-5
1 f 1,jTP, Mrillarilt. pro
t,,irN5Tr,,ACT Trae YiO2.Cl of r-ricat com.-pared the live weicht
--,a B a ICr-,,de3) a-nd 3,6
of 1,!~211. sh A C,
,,-Oats 3 rvados) waa It
es
mtablislhad th,-,.t Itho yield, of mutton
(avrrace a-ccord-Ir.'r to G-rados, ill
go' t
1,,-i.26, 3c/.49 and 37-74, and tko yiel(~ of a
44-15 and 39.64, respectively.-
C 4~ -~,r
H-146

KMUqT*j RESEU jord
Apropos of morbidity with.tamporary loss of work capacity
among Higher Kedical Institute workers. Bauch* tro viesh,
ned. inst. ScCia 42 no*3971-82 %I*
1e Predetavena ot prof* d-r. A.Pknevt rukoveditel na, TAtedrata
po organimtsiia na zdraveopazvansto L istorila na. meditaina-
ta, Visohmed. inat., Saftia.

BESHEV S
VESHEV, S. Planning the plant and livestock breeding production. P-4.
vol. il, no. 8. Aug. 1956
KOOPERATIVNO ZDSDELIE
-&GRICULTURE
SOMEL, Hulgarl%
SO: East European Accession, Vol. 6. No. 3, March 1957

SIHOV, D.; SPASOVA, M,; SIHOVA, Sk.; ==A, Iv.
~,- -17 a --
I Tbo N-acylation in the phenothiazins oup. Pt. 1. Godishaik
kWm 53 no.3:87-97 258/159 Epubl. 159f.

Abe Jourt Rof Zhur-Biol., No 8, 1958, 36861.
Author , Noshidalova, R., 11 llowirt, J., Skorpil, V.
Ins t
Titlo :Tho Significanco of Glutaminic Acid in tho Norvous
&Ystam.
Orig Pub: Coskool. psychiatr. 1957, 53, No 2, 95-100.
Abstract: Ila abstract.
Card . 1/1
112

NISHIM, A.
Stand for testing cross nenbers ar-d trusses. Stroltell no.1:12
Ja 160. (MM 130)
(Trusses-Testing)

HZSFIINO A.M., insh.
- : , ~~, q,;~4 A~, 't. - '.
- I _j-, -(.~ t~ -
ProlotW,tng the life of vibratnrs with elastic rollers.
Mekh. strol 15 no-9:17-18 S 158. (141ILk 11:10)
(Vibrators)

NISHIN, S. , -.,. .-
Movgorod power engineers are fulfilling their labor tasks. ZhIl.-
kom.khos. 9 no.12:26-17 159. (MM 13:4)
/ I
1. Glavnyy inshener I(ov&rodskoy slektromett , 9i Novgorod.
(Mmorod-Ilectric paver distribution

9 ft 9 It K 6 W
l
aA
0-60"6616 4.0 #qe*fq(((f "CC
fftjjft~
f

ThS bd=~ it dki WAd" Of
aw d"vkpM" 41 aw A U-
.00
M100 Diu. 9*44(W

-apbaot
Ob
,a ut t4
tic bet"(se
A
d

00,
00 .
CAWN
l
Mp
P AwtUreve batwft The 1tWv Vtrh fMO4 to tw the kO -0#
4
0* WOW.
-*0

4
Igo*

00

coo

asO

Uso

frar-- sq~
Ofe''040C C4"4(4#^ CATO*
V=M- "OfAili 42? 0.-v-4-1.
$f of a a 0 1 is IN 6 a 0 3 f
av, 0. 4t I I a as
I I It
e 0 w ojOa 0 0 off o & 0i 9
* ~69
* 0 0 19fe

7 N.A.
~,PDW .
Affeat of atmospheric bumidity of the fruitirg amd opening of bolls
In the cotton plant. Izv. AN Ur.SSR no.l.-35-43 153, (MIR& U.-D
(Cotton growIng) (Humidity)

A. 1"0
nations of the Cotton Plant -in 'connection with at'~r
"Physiolov-1cal Ynvestip
Conditions." Published by tne Central Asia ~matc University. 1:dn hillier
"'ducation USSR. Central Asia ',Tate Vn;versity imcni V. 1. 7_~!nJn. Tashi~-rm,
1955. (Dis5txtation for tiie Derref..- of Candidate in
50: letonis' ~'7o. 2-1, 2 J.,11,,,r 19155

Country : USSR
Category: Cultivated Plants. Commercial. Oll-Boaring.
Sdgar-Bearing.
Abe lour: RZhBlol., Vo 22, 1958, No 100360
Author t Todorov,.NAi; Npshl=#.~N.
Inst sCentral Asiatic University
Title iEffect of a Brief Interruption In Illumination
at Different TeMporaturas on the Dropping-Off
of Fruit OrGans In Cotton Plant.
OrIS Pub., Tr. Sredneaz. un-ta, 1957, vyp. 116, 11-21
Abstraoti ShuttInS out light for 2-3 days loads to a
mass abscission of ovarloa and to tho loss
of the seeds. Ova.ries aged 1-6 days dropped
off; ovaries older than 6 days and the buds
Card 1/2
Abe Jour: RZhBiol., No 22, 1958, 1~0 100360.
survived. Artificial anrichment of the
leaves with suSars reduced the abscission.
The higher the temperature of the air
during the shading, the more Intensively the
abscission of the ovary proceeds. Shutting
out light for 3 days at the beginning of
blossoming produced a decrease In the yiel"'.
Shutting out light In the period of maximum
blossomin3 and before the mass abscission
of the ovarlas had almost no affect on the
size of the crop but produced a shiftinS of
mature bolls to the periphery of the bush. --
3.S. Zamotaylov
2/2
M-106

I- USHIEMUK. R.I.-ftAningrad)
cowle3dty or networks in entda bas Wes caitalniq
nontriveleat elements with ism weights. ProbOL.Idb. n*.8tl23-
160 962. (KEM 2614)
(Automatic control) (Cybernetics)

- - NUERPLO M.D.; BRCZIN,, A.A.
Accuracy in lining vertical mine shafts. Shakht. stroi. 6
noo7-.10-12 J1 162, (MIU 15:7)
1. Glamnyy marksheyder k=binata, Donotaksbakhtostroy (for
Neshitin), 2, Glavnyy marksheyder treatm Done"4*3kahakhtoprokhodki
(for Brozin).
(Mine surveying) (shaft sinking)

T'I~SIIIT-Clf " G. A'.
Tools
Planning in tool shops. Sellkhoz masbina ffo, 6. 1952
2
9. Monthly List of Russian Accessions, Library of Congress# September, 195X Unclassified.

N iz- -S Vi I N G'/' (~ - F~ -
25(5) PHASE I BOOK EXPIDITATION SOV/2934
Burmistrov, Nikolay Semenovich, (Deceased), Mikhail Aleksandrovich
Galkin, Pavel Fedorovich Matveyev, GrIgoriy Akiuovich Neshitov,
and Nikolay Georgiyevich Ozhimkov
Planirovanlye vapomogatellnykh tsekhov mashinostroitellnogo zavoda
(Planning the Setup of Auxiliary Shops at a Machine-Building
-Plant) 2nd ed. Moscow, 14ashgiz,, 1958. 278 p. 4,000 copies
printed.
Ed.: N.S. Buxmistrov, Engineer (Deceased); Reviewers: B.V.
Voskresenskly, Economist; P.O. Kalinin$ Economist; -and A.I.
Shuster, Zconomli3t; Ed. of Publishing House: A.A. Salyanskiy.;
Tech. Ed.: V.D. ElIkind; Managing Ed. for Literature on
the Economics and Organization of Production: T.D. Saksaganskiy.
PURPOSM. This book is intended for employees at machine-building
plants who are engaged In planning.
COVERAGE: The book deals with problems in planning the setup
and operations of various auxiliary shops and services at a
Card l/ 7

Planning the Setup (Cont.)
SOV/2934
machine-buiiding plant. The organization of work in such
auxiliary units as the machine-repair shop, the tool shop,.
the Industrial power plant, the transportation servioe, etc.
is reviewed, and suggestions are made for Improving their
labor productivity. Production and maintenance costs of
auxiliary shops and units are analyzed, and possibilities of
reducing cost investigated. Preparation of estimated expen-
ditures and of monthly financial statements showing results
of operations are discussed'. ..The operation of each auxiliary
shop or service of the plant Is analyzed. Several chapters
are written by different authors. No personalities are men-
tioned. No references are given.
TABLE OF CONTENTS:
Preface
3
Ch. I. Economic Importance of Auxiliary Shops and Services at a
Machine BulAding Plant (Burmistrov, U.S.) _
1. Significance 6f auxiliary shops and services In the or-
ganization of production 5
Card 2/ 7

Planning the Setup (Cont.)
SOV/2934
2. Ways of Improving the organization of auxiliary shop
operations 8
3. Mechanization of auxiliary services at a plant and Its
shops 14
4. Specific features in planning auxiliary shops and sBrvices
at a plant 16
Ch. U. Planning the Setup of a Machine Repair Shop (Neshitov,
G.A.) 26
1. Method of planning the repair of equipment 27
2. Planning the production program for a shop 31
3. Drawing up the work plan 44
4. Estimating the cost of operations for a machine repair
shop 55
5. Analyqis of the implemented plan and accounting records of
operation 67
Ch, Ill. Planhing the Setup of-the Tool Shop (Neshitov', G.A.) TT
1. Organization of tool shop operations at a plant TT
2. Method of planning and controlling tool shop operations
Card 3/7

Planning the Setup (Cont.)
SOV/2934
3. Flanning the operational program for a tool shop 98
4. Work plan of a tool shop 10.2
5. Estimating the cost of operating a tool shop and its ser-
vices 105
6. Analysis of the implemented plan and accounting records
of operation 121
Ch. IV. Plpxming the Setup of an Industrial Power Plant (Galkin,
M.A.) 143
1. Distinctive features of the power plant operation 143
2. Organization of power supply to an enterprise and its
departments 147
3. Planning the setup of a power plant 148
4. Labor force and wage funds ' 1 166
5. Production outlays and production cost 176
Ch. V. Planning of Transportation (based on practical experience
of the Moscow Small Automobile Plant) (Ozhimkov, N.G.) 179
1. Organization of the transportation service for a plant lT9
Card 4/7

Planning the Setup (Cont.)
SOV/2934
2. Order of distributing hauling assignments to transporta-
tion sub-units 180
3. Drawing up work plans 186
4. Preparing estimates of expenditures of the plant as a
whole and of its various departments 189
5. Prorating estimated'expenditures as forecast for the plant
as a whole 192
6. System of economic accountability for the transportation
department 194
7. Monthly financial statement showing business activities
of the plint and results of its operations 197
Ch. VI. Planning the Setup of the Maintenance and Construction
Department 200
1. Organization and functions of the above department 200
2. Planning the setup of the department 203
Ch. VII. Planning the Au4l'iary Services of a Shop (Galkin,
M.A.) 211
1. Planning the tool service of a shop 213
Card 5/ 7

planning the Setup (coat.)
SOV/2934
2. planning the maintenance service-of a shop 215
3. Planning the power plant of a shop 222
4. planning the transportation service and the warehouse
operations,of a shop 225
5. Planning public facilities within the organization of
a shop 228
Ch. VIII. Technical and Economic Appraisal of Work Carried otit
by SupportinglDepartments of a Plant (Galkin,,M.A.) 230
Ch. IX. Organization of Electric Power Supply at a Mass-Produc-
tion Plant (Matveyev, P.F.) 242
1. Organization of electric power supply and consumption
at a plant 242
2. Planning and controlling electric power consumption 245
3. Recording electric power consumption 253
4. Calculation of the cost of electric power 261
5. Rewards granted for economizing on electric power 265
6. Laying out the plan for organizational and technical mea-
sures to be taken for cutting electric power consumption 268
Card 6/7

Planning the Setup (Cont.) SOV/2934
7. Checking power plant.efficiency by determining the
power consumption cost per machine unit 276
AVAITART : Library of Congress
Card 7/7
TM/jb
3-21-60

,,JIGRITOV, GrIgorly AkIsmich; PAITIM, B.Ta., retsenzent; PROTSMV. S.A.,
Ta.m., red*; TUCEIUN# A.I., redAgd-vit;
v v
Namoo Mom takhzt.rsd*
[Productiosk analysis of plants; practices of a plant] Analis
prolgiodstvenzai delatellmosti savoda; In opyta raboty savoda.
Komkva, Gos.nauchno-tekha.Lid-wo mashinastroit.lilw-ry. 1959.
116 p. (mm, 12:5)
(Nachinery industry)

"An exporimental investigation of unsteady non-linear flow throu,_I porous media"..
report presented at the 2nd All-Union Congress an Theoretical and Applied
Mechanics, Moscow, 29 Jan - 5 Feb 64.

Ewr(m)/kPA(w)-2AvA(x)-z zip(c) - Gs
f
ACCESSION KRI ATSOO-1910
AUTHORs Abramyan. Yo. JA.- Bander 1. Y9.1 Itondarank L. M-1 BAbx'-2i--"
a olev - G. a.-. Ka rv. 0A Pallcht
0 - 7.L~eh'qw Raumovp
YA.
To, S '. P0 P. t
Skrinaki
Gamqzlov. 1. ~E, A. p,l YqlJaJ._L; Koalkov
Nothemko, 0. A. Ostreyko, G. M. P!tmv V~~ Sakol;~L; -uma-Shl- ,__U
:TITE-E, Work cm t
fm strong-current ASSIkemmfle ttm guelear P!!xsics Institutso
iso M SSSR- (1) Strong-cumat pu2ge acco2erstaft wLth storage or rne 0-Lac-
!tmam# .(II) Strong-curmat accelerators with one-rovolutloa capture of the in-
-on&
Jected electL
iSOURCS4 International conference an Hlzh Eneraw A celeratoEp.-Mna. 1963. Trudy
Moscow, Al-aiml!T&M.7
TOPIC TAGSt higb onetXy accelerator, electron 4cce)Arator, elActrm beam* betatron
plaws,
ABSTUCTs The vork an developing straft-curvent electron ring accelArators
as , - raberlan 1)"art-
w , begma in, 1266 by the "ham at the Kucle&r Physics Institute
"at Ac4doW of 4clelices USR, with the object of studying the possibility of
US

L 42
46
37

J AC=SIOW Wto ATS007272
fOrML119 relativistic stabilized beau*. In the laboratories of the Institute ex
perivental studies were carried out on the four methods for obtaining large ring
currents of relativistic wlectrons: (1) spiral method of storing the electrons in.
Installations of the betatron type with subaequsat betatron synchrotron accelerm-
tion (Budkor G. 1. CERM Symposium 1, 60 (1956), (2) obtaining of Uniting electron

current do.
a by sea= of the Injection of *alectrons -frou a strong-current linear.
calerator Into a ring chamber of large aperture with stibioequent synchrotron acc*14-

constant magnetldl.
ration; (3) storage of electrons In tracks (parking orbits) with
field by means of the multiple Injection of electrotos from another less strong-
current accelerator. this method Is utilized for the storage of electrons and pCWL-
t in experiments with colliding been (expounded in detail by G. 1. Budker
(4) obtaining of ursi, electroot currents by
In the present collection, p. 274),
means of the acceleration of electrons by a ring plasma. The present report dLa-,
cusses the first two methods uadAr the following Opics 1 (1) pulsed Lran-lass;
a with pirilWaary chaxV starage (3-2 disvics$; strong-cumat pulsed syn-
betatra
chrotrom N-2S, puland stvong-auvrent betatrw with spiral storage 04 deviceld
us) I stmg-curmt pulsed
(11) Iran-low ons-turn at S-curmt mynchratra

1.7 as*
M 11-3N4 Orig AM hall V figur

Card I/$
OQ

.L h237-66
ASSOCIATIONs lastitut lodarmy fLaW 66 AN USR (Xuul44r PIWBLCG IwtLtwtGG
irko AN SSSR)
I SFAM177EDs 2SKMGS EXMI W an cams Np.
!KO IMF gave ael OTMI 001
01.

NWHKOV,, K. I.
NEsfjKOV, K. I. - tolnequalities in the Mathematics Course of the Inter-
mediate School.R Moscow, 1955. (Dissertation for the Degree of
Candidate in Pedagogical Sciences).
So.: Knirftaya Utopia',, No. 7,, 1956.

A WZX. T.G.. naacbm" sotrmdnik; GIBSK. X.A.. zwuchnyy sotmdaik;
KASWWA. G.G.. namcbnyy na1mchn7y
sotrudnike, NIKITIN, N.V., nancinvy giatradnik; SMKU&UN. A.D.,
nauchozy motmdnlk; MISOV, A.Z., nauchnyy **trmdnik; KOSM-
L"SM9 T*Ao# red.; TARASOTA# T*V., takhn.red,
[Teaching mathematics In schools In the 1959/60 school year]
0 prepodavanit matamatild v shkole v 1959160 uchabnom godil. Pad
red. A.D.3smishina. Kookys, 1959. 135 p. (MIRA 13:5)
1. Akadendys pedagogIcheakikh nauk RSM, Nomoov. Inatitut metodoy
obttabenlys, 2, Sektor wtodiki prepodavanlys matematiki Institmta
wtodav obuchenlys Akadamill Indagaglaheskikh namak RWSR (for an
except Kostelovskly, Tarasova).
(Nathematics-Study and teaching)

MMV, I.I* (Koskva)
conferences at the Academy of Pedagogical Sciences of
the R.S.r.S.R. Met. v ahkole no.3.-87-88 NY-Jo 159.
(HIRA 12:9)
(mathematics)

10SHKOV, 1. 1. (Moskva)
I
Ru2a for the rounding off of numbers. Rat.v shkole w.4:
?7-31 JI-Ag '59. (MM 12:11)
(Arithmetic--Study &ad teaching)

(MOBLva)
Approximate computation in the 6th grade comrse (fron practical
experteace). Kat.v shkole no.4:26-33 JI-Ag 160. (MIU 13:9)
(Approximate computation)

NESHKOV, Ka*tantim Ivanovich; VIKULINA, E.K., red.; TARASOVA.,
-----"T.T. red, --
csystem or teaching an arithnstic course In the 5th grade]
Slatema 1zlosheniia, kursa arifmotiki v V klasse. Haskva 1zd-
(MIRA 1(*9
wo APR RSFSRO 1963. 293 p. - 7)
(Arithnetic-Study and teaching)

NEMKCII. T.
"Tysing Plexiglas in making amateur radio receivers."
P. 30 (Radio I Televizila) Vol. 6, no. 12. 1957
gofiia, %-Igarla
SO. Monthly Index of East European Accessions (TrEAI) LC. Vol. ?, no. 4.,
A-pril 1958

L 29776-66 ZwT(Z.)/PP(0/ETI __Ijp(a) JD
ACC Me AP6015069 CA) SOURCE CDEG: UR/0363/66/002/005/0855/0863
et
AUTHM. Neshpor, V. A.; Ayrapetyants, S. V.; Ordanlyan, S. S.; Av~tin~fk, A.~Z.
ORG: State Institute of Applied Chemistry udarstvennyy institut prikladnoy
_(Go$
:k"i); institute-of Se conductors, M SSSR (Institut poluprovodnikov AN SSSR);
'L6ningrSd Technological Institute im. Lensovet (Leni.ngradskiy tekbnologicheskLy
institut)
;TITLE*. Effect of the chemical composition of group IV and V transition metal IN=-
their re-
~carbides in the region of homogeneity an the temperature dependence of
sistivity and thermal emf
SOURCE: M SSSR. Izvestiya. Meorganicheskiye materialy, v. 2, no. 5, 1966, 8s5-863
170PIC TAGS: carbide, zirconium carbide, vanadium compound, niobium compound,
tantalum compound, thermal emf, resistivity A"&4,+ 4u~4w%&
Avft4,
n
*6TRACT: 'Continuing thleoilr'"qt y of the electronic structure of group IV and V
!transition uetal. monocarbideilpllhe authors Investigated the temperature dependence..
of the electrical res'lativity and absolute differ*qntial thermal eaf Of zirconium,
tftrd 1/2 UDC:-546.261:662.0184-1

29776-66
ACC MR: M6015069
vanadium, nioblus and tantalum monocarbides which were prepared by sintering. Can-
duction In these monocarbides was found to be metallic'In character and due,to free,
electrons. As the carbon content (i.e., the number of car6on vacancies) of the
sonocarbLdes changes, there Is a cha.nge both in residual resistivity and In the
slop* of the temperature dependence of the resistivity and thermal eaf; there is a
drop In carbon content in the region of homogeneity of the manocarbides. This can
be interpreted by assuming a decroase In the density of states and in the rate at
which the area of the Fermi surface changes with the ens~qW on passing from carbon-
rich sonocarbLdes with the prevalence of directed N-C bonds to carbon-pcor monocar-
bids* with the prevalenas of directed H-H bonds. Orig. arto has: 8 figures and 2
SUB COMW7020~ SUBM DATE: 22Kar6S/ OPIG REP: 017/ OM TXF: 013
Card,2/2

Category : USSR/Solid State Physics - Systems EA
Abs Jour : Ref Zhur .Fizika., No 1, 1957, ff-, 1158
Author : Samsonov, G.V., MeshpeT, V,S.j Lax~ge, L~V.
Inst, Moscow In3tituto fza, Mstais az:,A Gold
Title Laws of f3rmaticn of BI-Iary Al,'Lcya rf Titsaium
Orig Pub MetalIoveieniye i obyab,fks m-~tallov, 1956, No _", 30-39
Abstract When Ti itteracts with 5 that have a similar el ectror. shell structure and
a small differpLee In. ate-mic diameters (7,nt more than 18%", the additive (Zr)
may have a-- uT-limitei. sp-2.1.,.bllity im the cK amdI9 mndificati= of Ti, or else con-
tinuous series !:df sr,-;.I.d s,,%!--,:ti-:!.s are f,..,r-me4 with/I titanium with a limited
solubility ino< Ti (W.-, V~~ 14b, Ta',,~ KlcimeLts havitig a different electron-
shell charazter wil a. different atomic diameter interact with titanium. to form
solid solaticas with a lJm.4t,-d solubility In the/I and O'k titanium and with dia-
gram of state with eutectic c- eutect:;id tra=formations (MM, Fe, Cr. 5i, ffi,
Cu)-or with peritectic or pe-ritect~~Jd tramsfermations (C, N,, Al). When Ti is
smelted with eleme:~,,ts cf the tratsiti= grolaps., one observes an expansion in
the regio:2 of the a:.!Ad wjluti:~c withQ(-Ti.
Card 1/1

Ivrs A "w"
Category : USSR/Atomic and 21.1oleculor 1-hyaics - Low Temperature D-5
Fhysics
Abs Jour s Ref Zhur - Fizike, No 3. 1957, No 6557
Author Sf.%,msonov# G.V.t Ncqhror~ V.S.
Inst Koscow Institute ~:-r-'Vin'6rrous Metals and Gold
Title Superconductivity of Barides, Carbides, Nitrides, end
Silicides of Transition Letals.
Orig Pub Zh. eksperLri. i tear. fiziki, 1956, 30, No 6, n43
k
in the surorconductinv state of compounds of the following
serics3 TiC-TUT, VG-VX, end ZrB-ZrC-ZrN, the author assu-nes
thet the values of Tk is related to the distribution of the
electron density, i.o., it deronds on the accepting ability
1/(Ytn) of the atom of the transition metal (Roferat Zhur
Fizi!:a, 1954, 10208) rnd on the ionization potontiP19D of th-3
motalloid. Tho most favorable ratio of the values 11(Un) and
P is fotmd apparently in the Nb end TP compounds. The sharp
rod~-.ctlon in the number 1/(Nn) for TI, Zr, V, end PS compared
with Ta, Nb, W, and 1,,'o is accompanied by a sharp Increase in
Card 112
Abstract From on analysis of the behavior of the transition points T

Category : USSR/Atomic end Molecular Physics - Lov Tomporaturo 1)-5
Physics
Abs Jour : Ref Zhur - Fizika, No 3, 1957, No 6357
the values of T . In many cases tho value of T increases
ke k
with increasing ontont of metalloid in the phases, for
example; Nb2N -- 9.5'K, JIbN -- 150K; Ko 0 -- 2.90K, KoC --
80K otc. Tho rolptivaly low values of ~ I for baridos compered
with carbides end nitrides ere due epperently to the smell
frectionof electrons, cepablo of making up the electron do--
ficienciop of the etons of the trancition metalo. Silicon
compounds, which heve ntill a lower ionization potontial,
should occupy a place in the '.,eSi -- !-,oB -- KOC -- Mell series,
which is indeed confirmed in most cases.
Card 2/2

-IV =:~ - I I , - -1 V - - .
-IeL mit SAIMSONOV G-V-,NESHPOR V-S.,KULI1PTSZVA G.A.
TITLE On t h e Re lat io-n-s-hi-p-Iff -efw-een Thermo emis s i on Cons ta n t s o f -,L-a i~z
"letals(and Their Compounds with Several iletalloids)and Electronic
Structure.
(0 svyazi termoemissionnykh postoyanrjykh perekhodnykh met_-11,
itch soyedineniy s nekotorymi metalloidami)s elektronnoy struk~uroy
- Russian)
P_-HIODICAL Radiotekhnika i 'Iektronika,1957,701 2, lir 5,pp 631-636
ABSTRACT An attempt is made here to determine the relation between the elec-
tronic viork function in thermoemission and the electronic structure
of transitive metals ( and their compounds with :b*oron carbon
and nitrogen). It is shown that the work function depends on the
atomic structure of the metal and decreases with decreasing degree
of screening of the electrons of incompletely occupied d-atom shells
of transitive metals. The work function can be broa6ht into connection
with the quantity of dispersive power of the atoms of transitive me-
tale which are characterized by the criterion 1/11n. 11 - chief quantam
figure; n - the number of electrons in the incompletely occupied
d-shell, it decreases with increasing I/Nn. In metalloid compounds
of transitive metals with bor6n , c arbon and nitrogen the work func-
tion should increase with increasing 1/Nn for the corresponding
41ransitive metals.This is confirmed in the case of borides,but in
the case of carbides and nitrides it can not yet be considered to be
Card 1/2- an established fact. The ionizing potential of the metalloid atom

On the Relationship Between Thermoemission Constants of 109-5-1-4/22
Transitive Metals (and Their Cokpounds with Several ll.etalioics) ana
Blectronio Structure.
exerts considerable influence on" the amount of the work function
of metalloid compounds. k redaction of the work function is to be
expected in the MeB.-UcC-Reff aeries, where Me in a transitive metal
of groups IVa, Va, or VIa. The work function is in most cases smal-
ler in the case of metalloid oompounds th an in that of the corres-
onding metals. V
1 table, 4 illastrationg, 6 01avic reforonces).
ASSOCIATION Uot diven.
PRESENTED Br
SLIBilITTED 25.6.1956
AVAILABLE Library of Congress.
Card 2/2

AUTHOR: Ne s or, V.S. and Samsonov, G.V. 126
TITIE: On the problem of brittleness of metalld'ids compounds.
(K voprosu o ldirupkosti metall-apadobn7kh soyedineniy.)
'e
P'&RIODICAL:"Fizika Metallov-i 1; -tallo-yeden-Le" (Phyrics of Lletals and
?" fftlO), pp.181-183 (U.S.S.R.)
MletallurgY), 195? Vol.IVj 17,o.--- ~D 0
ABSTRACT: The coefficients of linear ey.Dansion of a niu~ber of
metalloids were deteimined and their modulus of elasticity
was estimated on the basis of a formula proposed by
Ya. I. Frenkell (3). In a table, p.1810 the coefficients
of linear expansion, the elasticity moduli, the mean square
displacements of the molecules in the crystals and the
brittleness of these compounds are given, some of the data
being based on inforix-ition published in literature. The
followinE compounds urere investigated by the authiorS: h1o 2C
VJC, TiC, ZrB2 , TiB 21 ZrC, Til-T, CrB2. The valu--s Given in
the table for W C 1TbC, TaC and VC are those given by Koster
(Zs. f, bletall de, 1948, 391 ill).
1 table, 1 graph, 7 references, 3 of which are Russian.
Institute of Letal Ceramics of
Special Alloys, Ac.Sc. Ukraine:
i,1oscovi Institute of non-ferrous
metals and Gold imeni M.I. Kalinin. Reed. Lar.22, 1956.

W 5 H P&A I V, ',i
AUTHORSt Neshport V.S. and 3amsonov, G.V.(H.V.) 21-5-13/26
TITLE: New Borides of Rare-Earth Elements (Novyye boridy redkozemelf-
nykh elementov)
PERIODICAL; Dopovidi Akademii Nauk Ukrainetkoi RSR, 1957, Nr 5P PP. 476-
479 (USSR)
ABSTRACT: The authors obtained the borides of dysprosiumg holmium and
lutecium by means of the vacuun-thermal method. They were
subjected to X-ray and chemical analyses. Roentgenograms of
all these compounds are completely similar and indicate the
presence in each of them of two phases; cubic and tetragonal
so that the composition of these borides is as follows: DYB6.
DyB4, HoB69 HoB4, LuB6 and LuB The constants of their lat-
tices are cited in Table I of the article. The intensities of
the lines of the two phases in the roentgenograms are approx-
imately equal; most of the lines are ascribed to the phase of
MeB4. The article contains 1 roentgenogram, 1 table and 6
Card 1/2 references, 2 of which are Slavic.

New Borides of Rare-Earth Elements 21-5-13/26
ASSOCIATION: Institute of Metalloceramics and Special Alloys of the AN
Ukrainian SSR. (Instytut metalokeramiky i spetooplaviv AN URSR)
PRESENTED: By V.H. Svechnikov(1r.K. SvVchnikov), Member of *.he AN
Wal zdan SSR
SUBMITTED: 4 March 1957
AVAILABLE: Library of Congress
Card 2/2

- N E sAfop_ ) V'~'
V(mr) PHASE I BOOK EXPLOITATION SOV/2170
Akademiya nauk Ukrainskoy SSR. Institut metallokermiki I spetsiall-
nykh splavov
Voprosy poroshkovoy metall~rgii I prochnosti materialov, vYP. 5
(Problems in Powder Metallurgy and Strength of Materials, Nr 5)
Kiyev, Izd-vo AN USSR., 1958. 172p. 2,000 copies printed.
Ed. of Publishing House: Ya. A. Samokhvalov; Tech. Ed.: V.Ye.
Sklyarova; Editorial Board: I.N. Frantsevich (Rasp. Rd.), I.N.
Fedorchenkop G.S. Pisarenko, G.V.Samsonov, ind V.V. Grigorlyeva.
PURPOSE: This collection of articles Is intended for a wide circle
of scientists and engineers in the research and production of pow-
der metallurgy. It may also be useful to,advanced students of
metallurgical institutes.
COVERAGE: This collection of articles describes the results of In-
vestigations made at the Institut metallo keramikii spetsiallnykh
splavov., AN USSR (Institute of Powder Metallurgy and Special P-1-
loys, Academy of Sciences, Ukrainian SSR). The physical and chem-
C ard 1146
3-

koblems in Powder Metallurgy (Cont.)
SOV/2170
ical properties of materials used In powder metallurgy are dis-
cussed. Materials described as new, production processesp and
methods and results of mechanical testing are described. No per-
sonalities are mentioned. References follow each article.
TABLE OF CONTENTS:
Samsonov, G.V.0 and V.S.Neshpor. Some Physical Characteristics of
Metal-like Compoundd-. -_ 3
The authors, describe results of Investigations of microhardness,
coefficient of thermal expansionp calculation of the inter-atomic
bond between the metal and the metalloid, and factors affecting
this bond. They conclude that the hardness of the ijetal-like com-
pounds is determined chiefly by the bonding forces between
the atoms of the metal and the metalloid.
Yeremenko, V.N., G.V. Zudilova, and L.A. Gayevskaya, Chromium-
Niobium Structural Diagram 36
The authors describe the results of an investigation of the
chromium-niobium system by thermal, metallographic, and radio-
graphic methods.
Card 2/#

Problems in Powder Metallurgy (Cont.) sqV/2170
Ifrantsevich, I.N., and _Y ?
..LS. Neshpor, The Problem of Radiographic
Determination of the Cha-riat-e-rTs-ET-a Temperature 49
The authors discuss the characteristic temperature In respect
to the strength of metal and alloys and the effect of the alloy-
ing elements on high-temperature strength properties.
Andriyevskiyo R.A. The State of Certain Problems of the Theory of
Sintering Metal Powders 54
The author discusses the theory of sinteringp the role of sur-
face phenomena during sintering, diffusion and plastic flow and
recrystallization during sintering in an attempt to clarify the
physical nature of sintering.
Yeremenko, V.N... and Ya. V. Natanzon. The Role of the Transfer of
the Substance Through the Gas Phase in Sintering Iron and Chromium 73
The authors Investigated the effect of KC1 present in the sinter-
ing atmosphere on the shrinkage of a specimen, comparing it with
shrinkage during vacuum sintering.
Card 3/0

SAMSONOV, G.T.; HISHM. V.S.
Theoretical assumptions an the structure of beat resistant
materials based on metallic compounds (with summry In Inglish].
Insh.-fis.shur. I no.8-.30-38 Ag 158. (KIYA 11:8)
I.Institut metallakeramiki I spetesplavoy AN USSR, Klyev.
(Refractory mater W a)

Yermakova, To A. 78-3-4-7/38
AUTHORSt Samsonov, Go V.qjjesh2oz,-7---'
TITLE: Investigations of the Properties of the Alloys of the 3yatem
Hiobium-Silicon (Isaledovaniye avoystv splavov sistemy
niobi.y-kremniy)
PERIODICAL: Zhurnal Heorganicheskoy Khimii, 1958, Vol. 3, Ur 4,
ppo 868-878 (USSR)
ABSTRACTs The phase composition of the all1ya in the system niobium-
-silicon in concentrations of from 0 to 100 atom% was
investigated by radiographic and metallographic methods.
Three intermediate compounds were founds
1.-Nb4Si with hexagonal lattice with the following parameter:
a = 3,59 1, 0 W 4,46 2.
2.-NbaSi in three modifications, tetragon 1 oc- and 8-
mo ifleations with parameters a n 6,56 1 and c - 11,86
and a = 10t00 I and c - 5 07 Z, an hexagonalr-modification
with parameters a - 7,52 1 and c - 5,24 1.
3--Nbsi with hexagonal structure a = 4,78 R and c - 6,56
The meNing points of some alloys were investigated. It was
found on this occasion that the compound Nb4Si has a congruent
Card 1/2 melting point.

Investigations of the Properties of the Alloys of the System 78-3-4-7/38
Niobium-Silicon
'~.The investigations of the electric conductivity of the alloys
of niobium and silicon have three specific Doints in the phase
diagram at 20, 37,5 and 66,6 atoea silicon..
Also the stability of the alloys against oxidation in air at
100000 was investigated. The alloys are not resistant to
corrosion.
Based on the investigations carried out as well as on the
analyses of the-alloys the phase diagrams of niobium and
silicon were bonstructed.
There are 11 figures, 5 tables, and 18 references, 2 of which
are Soviet.
ASSOCIATION: Institut metallokeramiki i spetsial Inykh splavov Akademii nauk
USSR (Institute for Ketallocerdmids and Spo~cial AUoys,, AS
UkrSSR)
SUBMITTED: June 25, 1957
Card 2/2

21-58-7-13/27
AUTHORS: Kovallchenko, Neshpor, V.S. and Samsonov, G.V.
-----------
TITLE: Investigation of Zirconium Boride - Polybdenum Alloys
(Issladovaniye spavov borida tsirkoniya s molibdenom)
PERIODICAL: Dopovidi Akademii nauk Ukrainsikoi RSH, 1958, Nr 7,
PP 740-742 (USSR)
ABSTRACT: The properties of ZrB - "o alloys obtained by sinter-
2 4"
ing were investigated. On the basis of the results of vi-
sual thermal analysis, metallographic and roentgenographic
studies. shrinkage curves, and measuring the macro- and
microhardness, a hypothetical diagram of the ZrB 2-Mo sys-
tem state was composed. The existence of the triple bor-
ide Mo2ZrB 2 was discovered in the system. Conditions for
the hot presi;ing of zirconium boride alloys with molybden-
um were studied at molybdenum contents of 5; 40 and 60 mol-
ecular per cent. Sufficiently compact alloys were obtained
on pressing under a specific pressure of 260 kg/sq cm and
temperatures from 2,000 to 2P100 0C. There is I graph and
Card 1/2 10 references, 7 of which are Soviet, and 3 American.

21-58-7-13/'27
Investigation of Zirconium Boride - '~Iolybdenum Alloys
ASSOCIATION: Institut metallokeramiki i spetsiallnykh splavov AN UkrSSR
(Institute of Metalloceramics and Special Alloys of the
AS UkrSSR)
PRESENTED: By Member of the AS UkrSSR, V.N. Svechnikov
SUBMITTED: January 23, 1958
NOTE: Russian title and Russian names of individuals and insti-
tutions appearing in this article have been used in the
transliteration.
1. Zirconium boride-mopbdenum alloys-Properties
2. Zirconium boride-molybdenum alloys-SIntering
Card 2/2

SOV-21-58-8-9/27
AUTHORS: SamBonov, G.V.,-Neshpor, V.S., Strellnikova, N.S.
,TITLE: Magnetic Susceptibility of Solid Solutions of Some Metal-Like
Compounds (Magnitnaya vospriimchivost' tverdykh rastvorov
nekotorykh metallopodobnykh soyedinenty)
PERIODICALs Dopovidi Akademii nauk Ukrainalkoi RSR, 1956, Nr 8,
PP 838-840 (USSR)
ABSTRACT: Investigations of magnetic susceptibility of metal-like com-
pounds can contribute to an explanation of the nature of
chemical bounds in these phases. The authors investigated
the magnetic susceptibility of the single-phase solid solutions
of the following metal-like compounds: ZrC-NbCl TaC-NbC;
TaB2-ZrB2 and TiC-TiN. Since the measurements of absolute
susceptibility were difficult due to experimental conditions,
the values of relative susceptibility were determined by
taking that of one of the components for unity. The results
of experiments are presented in graphical form showing the
dependence of magnetic susceptibility on the concentration.
The two curves for the alloys NbC-ZrC and TaB2-ZrB2 have peaks,
Card 112 whereas the curve for NbC-TaC does not posse8s a peak. In

BOV-21-58-8-9/27
Magnetic Susceptibility of Solid Solutions of Some Metal-Like Compounds
the alloy TiC-TiN, a sharp fall of the magnetic susceptibility
is observed with increasing TiC concentration. The authors
attempt to interpret theoretically these experimental data.
There are 2 graphs and 5 references, 3 of which are Soviet,
1 German and 1'Polish.
ASSOCIATIONt Institut metallokeramiki i spetasplavov AN UkrSSR (Institute
of Metalloceramics and Special Alloys of the AS UkrSSR)
PRESENTED: By Member of the AS UkrSSR, V.N. Svechnikov
SUBMITTEDs February 26, 1958
NOTE: Russian title and Russian names of individuals and institutions
appearing in this article have been used in the transliteration.
1. Intermptallic compounds--Magnetic properties 2. Intermetallic
compounds-Phase studies
Card 2/?

131
s- Y, 'V" -1-7/14
AUTHORSt SaLfsonov, G Ifeshpor. V. S.
TITLEt Production, Properties and Technical Use of Holybdonun-Di3ilicidp-
(Polucheniye, svoystva i tekhnicheskoje primeneniye disilitsida
molibdena)
13
PERIODICAL: Ogneupory, 1958,Allr 1, pp. 28 - 35 (USSR)
ABSTRACTt This is one of the moot important difficultly fusible compounds
(110 Si 2) which in recent years are used at high temperatures. The
extremely high resistance to tte influence of atmospheric oxyGen
at a temperature of UP to 1700 C and other agressive gases, as
well as to acids and molten metals is to be considered its ba3ic
property. Its properties and behavior at different temperatures
are described in detaill K. I. Portnyy also participated in these
tests. The behavior of Ho Si in the atmosphere of various gazes
and in the air is representel by the curves of figures I and 2 and
then explained. Molybdenum-disilicide is resistant to the action
of the following molten metals: sodium, lead, bismuth, tin, mer-
cury and other metals which do not form disilicides. Tabb I shows
the 9esistance of UoSi to the oxidation in an oxygen flow at
1200 C after previous Keating in metal melts. HoSi . Anc6ned to
Card 1/3 creeping and is not sufficiently resistant to heat2sAos s see

151-1-7/14
Production, Properties and Technical Use of Molybdenum-Disilicide
table 2). Thu other mechanical and physical properties of MoSi 2
are enumerated in detail and explained and its use at high tem-
perature is described in detail. Figure 3 shows a molybdenum heat-
er with and without a UoSi 2-covering. There are many pos.sibilitiezi
of the propuration of MoSi -powder , the sinplQat ona consi3tf) of
a direct combination of molybdenum with uilicone Mo 4.231 -
The tests of a direct synthesis were performed together with
Popova. Up to a temperature of 1100 0C the tests were performed in
a laboratory furnace TIC 30/200 in an argon atmosphere (figure 4),
at higher temperatures In a vacuum resistance furnace. In the La-
boratory of the Institute for Powder Metallurgy and-Special Alloys
AN Ukrainian SSR UoSi was prodired at a temperature of 1000 C and
one hour halt. I. D. iadomysellskiy also participated in the ex-
periments. Figure 5 records the porosity dependence of the test
samples on the 3intering temperature and figure 6 that on the time
of 3intering. FiJure 7 shows products of iiolybdenuia-disilicide of
the firm Plansee in Austria. Conclusions%
a) Mosi is one of the compounds most resistant to scale and chemi-
cal inHuences, which property is connected with its hi,,,h thermal
conductivity, hardness and stability. It is used for the produc-
tion of refractory products, heatproof alloys and covers for wo-
Card 2/3 lybdenum products and for the soldering of ceramics with metals;
L,

131-1-7/14
Production, Properties and Technical Use of b1olybdonum-Disilicide
b) the rjost suitable method of the production of ~:oSi -povider con-
siato in the heating of briquettes of a nixture of i,.ioiybdenun- ~~nd
silicon-powder in the course of I hour at a te:ajtraturc of 1000 0C
and the manufacture o6 products by hot prcs.-~ing of J."Osi 2- powder at
a temperature of 1900 C. There are 9 fi-ures, 2 tables, and 27 re-
ferenceaq 9 of which are Slavicv T German and 10 Ebgllsh.
ASI'JOCIATIONe Inatitute for Powder Metallurgy and Special Alloys Aft Ukrninian
SSR
(Institut metallokeramil~i i spetsialInykh splavov All USSR)
AVAILABIX: Libr&ry of Congress
lo Compounds-Properties 2, Compounds-Production
3. Compounds-AppUcation
Card 3/3 -

104
KOIGNOTITS. IF.To;. NNSFIL SARSOMY. G.T.; WIZNKDVICH, S.A.
Thermoelectric properties of certain metal liks coqvuzdo..
Zhmro takh. fize 28 no.12:2382-2389 Y 158. - - (MIRA 12:1)
(Carbides) (Borides) (Therwelectricity)

EDTALICIRENED, K.S.; NISHFOR. V.S.;~SAHSONOV, G-T-
vl_ lc!?;i~sr
Condition for formation of lanthanum carbide. Zhur. prikl. ichim.
31 no.9:1427-14zg S 158. (nu n: 10)
(Lathanium carbide)

AUTHORS: ffeshpor, V-. S., Samsonov, G. V. 76-32-6-21/46
TITLE: New Borides of Rare Earth Metals (govyye boridy redkozeaellnykh
metallov)
PERIODICAL-. Zhurnal fizicheakoy khimii, 1958, Vol. 32, Ur 6, pp 1326-1332
(USSR)
ABSTRACT: After a discussion of papers and discoveries in this field
this paper gives the results of the measurements as well as the
production of borides from Dy 2039 Ho2030 LU2039 Gd2 03 and Er 203'
The production was carried out from the mentioned oxides with
boron carbide at 1400-16000 C in vacuum furnaces; the phases of
the obtained products were identified and the corresponding
formulae were determined as follows: GdB V DyBV HoB6, ErB6'
LuB6 and GdB 4, DyB 4, HoBV ErB4, LuB4. The authors found that
the metal is in bivalent form in the case of CaB 6' BaB 6' SrB 6'
YB6 and ErB 6' while it is in trivalent form in the other hexa-
borides of the rare earth metals. This was determined from the
Card 1/3- obtained values of the lattice parameters of hexaborides as welli

~ r, 1 - !
ffew Borides of Rare Earth Metals __'i 76-32-6-21/46
as from the lenghts of the bindings Me-Me, Me-B,and B-B calcu-
,kted herefrom. It was noticed that the Me-Me and Me-B bindings
decrease in every period at the transition from the bi-zb the
trivalent metal, and that the weakening of the bond in hera-
borides can be explained by an increased concentration of the
free electrons which weaken the lattice. The stability of the
lattice MeB6 is due to an especially strong binding of the
boron atoms. The assumption is made that the formation of a
hexaboride is possible also with elements with a higher ioni-
zation potential; this is, however, connected with difficulties
as was shown by the experiments for the formation of silicon
hexaboride. There are 1 figure, 3 tables, and 21 references,
11 of which are Soviet.
ASSOCIATIOR: Akademiya nauk,USSR Institut metallokeramiki i speteoplavov,
Kiyev (Kiyev
,,Institute of Metal Ceramics and Special Alloys,
AS Ukr: SSR)
SUBMITTED: February 14, 1957
Card 2/3

zj/~~ ~s Iltl 6 dI~ 0. Is..
AUTHORS: Neshpor, V. S.# Padernor Yu. Bo, 20-3-27/59
Samsonov, G. V-.
TITLE: On Rhenium Borldes (0 boridakh reniya).
PERIODICAL: Doklady AN SSSRp 19581 Vol- 118, Nr 3, Pp. 515-516 (USSR)
ABSTRACT: In the present work the phase composition of Re-B alloys was
investigated as there is practically no reference to be
found in publications (with the exoeptioa of a short
mentioning In ref. 1). These compounds are first of all of
interest as they might be similar to the stable# difficultly
smeltable and hard tungsten borides (ref. 2) as well as to
the unstable manganese borides. Alloys were investigated
which had been calculated with a view of producing oompoundog
existing In the systems of metals similar to rhenium as
regards their electron structure and their properties. Th*y
were
Re4B, Re2Bg Re 3B21 ReB' Re3B4t R92BY ReB2 and Re?5'
The alloy were produced by sintering pressed powder mix-
tures (re;. 4) at 19000 for two hours. The radiograms of the
Card 1/3 alloys taken by copper radiation are given in fig.l. No
I

On Rhenium Borides
20-3-27/59
satisfactory coincidence of the structure of the Phagos
produced with the known boride phases was obtained.
Beginning with composition Re4B a gradual lattice trans-
formation of rhenium is observed. Besides the considerably
washed lines of rhenium a certain amount of additional
weak lines appears which also appear washed. With a further
increase of the borine content to 33 atomic-% these lines
become clearer. A further increase of the content of borine
brings about a gradual change of the radiogram. Beginning
with 50 atomic-% all radiograms look the same. Although no
essential changes of structure are to be noticed with the
transition from one alloy to the other the radiograms of the
alloy-samples far from each other are markedly different.
In system Re-B two phases can be assumed: 1, within the range
of 20-35 atbmio-% and re within the range of alloys with more
than 40 atomic-%.B. The last phase could not be identified
hitherto. The alloy with 33.3 atomic-% B immediately after
sintering had a structure corresponding to the e-phases of
me2B5', After storing in the air for I month it passed over to
Card 2/3 the TO-phase, however.

9(3), 24(3) SOV/2o-122-6-1a/43
AUT-NHS; Samoonov, G. V., Neshpor, V. S.
TITLE: On the Rel&tJonship Between the,Work Electron Yield FrM
Hexetborides of Alkali-Earth and Rare-Eart12 Metals aad Their
ElectrOn ArUcture -, (0 avyazi rabo-ty- vykhoda elektronov iz
geksaboridov nlichelochno-i redkozenellnylh metallov s ikh
elektronnym atroyeniyam)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 1229 Nr 6, pp 1o21-1o23
(U33H)
ABSTRACT: Recently, the parameters of the thermoelectront emission of
nearly all hexaborides of earth-alkali metals and rare earth
metals have been investigated. A diagram (Ref 4) shows the
dependence of the work function of hexaborides of rare earth
metals MeB6 on the nuclear charge number of their metal com-
ponents (according to data obtained by G. A. Kudintseva and
B. 11. Tearev). The character of this dependence can be ex-
plaind satisfactorily by the theory of the atomic structure
of rare earth metals developed by N. A. Tellyashevich (Ref 5)
as well as by the theories developed by various authors con-
Card 1/3 cerning hexaboride electron structure. The production of hexa-.

SOV/2o-122-6-18/49
on the Relauftmhip Between the Work of Eleatma. Yield Fr_M_ - Hexaborl&s
ot AlkaU-Earth and Rare-Earth, Ketals and Their Elect-= strMeture
boridea is connected with the double ionization of metal
atoms and with the transfer of 2 external a-electrons by a
boron atom. In this way 5 covalent bonds are produced in the
boron-octahedra and between them. Reference is made to several
earlier papers dealing with this eubject. Next, binding
between metal atoms and boron tt~)ma is brought about by
meana of an electron collective. which is formed by the elec-
trons of normal or excited d-orbits and partly also by such
electrons as belong to the s-orbits of the metal as are not
utilized for binding with boron. It is necessary, in the
hexaborides of rare earth metalsto investigate two systems
of energy bands, viz. the narrow only slightly excited
4f-band and the comparatively broad hybride 5d-6d-band. The
latter must determine electric conductivity and the work func-
tion of the electrons from the hexaborides under investigation.
Several details are then dealt with. The above mentioned dia-
gram also shows the number of possible terms for 4 f-electrons
as function of the nuclear charge number of the metals,
which were calculated according to the rule
Card 2/3 kfn . U14-11 (where k denotes the number of terms). The maximum

on Rhanium Borides 20-3-27/59
There are I figure$ and 6 references, 4 of which are
Slavic.
ASSOCIATION: Institute for Metal Ceramios and Special Alloys AN USSR
(Inatitut metallokeramiki i speteoplavov Akademii nauk
Ukr. 33R).
PRESSITSD: September 20, 1957P by 1- 1. Chernyayev, Academician
SUBMITTED: September 18, 1957
AVAILABLE: Library of Congress
Card 3/3

o64oo
5(2); 28(5) MV/170-59-2-18/23
AUTHORS: Samsonov, G.V., Neshpor, V. S.. Berebryakova, T.I.
T=-. The Increase in Electric Resistance of Directly Heated Cathodes Made of
Borides of Rare-Earth Metals
PERIODICAL: Inzhenerno-fizicheskly zhurnal, 1959, Ur 2, pp 118-120 (USSR)
AEVYIRACT s The use of thermal cathodes made of hexaborides of lanthaaum, cerium and
yttrium has been expanded In the recent time, but still it is hampered by
their relatively low electric resistance. One of the possible ways of
Increasing their electric resistance is the use of their alloys instead
of individual borides ZH-ef 2,7. The authors prepared alloys of hexaborides
or lanthenum and cerium by hot pressing the mixture of their powders under
a pressure of 15o kg/cm2 and at temperatures of 1,600 to 2,OOOOG. The
sintered samples were subjected by an X-ray analysis in the RKE chamber,
end the data obtained are presented in Table 1. The roentgenograms do
not reveal characteristic lines of individual borides but two lines of
their solid solution are ooserved. The specific electric resistance of
Card 1/2 the solid solutions of some borides Is shown in tne form of curves,

o6Loo
SOV/170-59-2-18/23
The Increase in Electric Resistance of Directly Heated Cathodes Made of Borides of Rare-
Earth Metals
electric resistance versus concentration, in Figure 1. It was found
that alloys of hexaborides of lanthanum-and cerium are most advantageous,
among all the alloys investigated, for the use in directly heated cathodes.
There are: 1 table., I graph and 3 references, 2 6f which are Soviet and
I American,
ASSOCIATIONt Institut metallokeramiki I spetasplavov AN USSR (Institute of Metallo-
ceramics and Special Alloys of the AS UkrSSR), Klyev.
Card 2/2

SOV/180-59-4-33/48
AUTHORS.,
. Nes por, V.S. and Samsonovs G.V, (KIyev)
,
TYTLE; The Plasticity of Titanium Silicides Pi
PERIODICAL:Izvestiya Akademit hauk SSSR, Otdeleuiye tekhnicheskikh
nauk -Metallurgiya.i toplivo, 1959. Nr It, pp 202-204L (USSR)
ABSTRACT: The shrinkage of samples made from the s1licides
T15Si3(TIS!0.6), TiSi and TiSi2 during hot pressing was
studied. The silicides were prepared by direct synthesis
using a method described previously (Ref 6). The chemical
and phase analyses are given in Table 1. The samples were
made on a laboratory press without any special protective
e m2. The shrinkage
atmosphere using a pressur' of 60 kg/c
was measured by the distance between the top and lower
parts (2) of the press in Fig 1, Fig 2 shows the relation
between percentage shrinkag6.and the ratio T/Tswhere T is
the.pressing temperature and T the melting point. The
curves have two distinct parts fa"b) and (b-c) with ev~
sharp,-transItton, at b. This corresponds to the stage
whe.4,aill the particles are in contact and recrystallization
-The temperature where the point b occurs
..Ihcreases with increase in silicon despite a decrease in
Card 1/2 -~the strength of the atomic bond. This is explained by the
_

15 (2), 15 (6)
11.11THOR3: Neshpor, V. 3., Xi3ly_,f, P. S. 907/131-59-5-9/12
TITLE': 11ot Presaing of Chromic 36ri4e Powder and Some Propertiqs of
tho Sinterod Material (Goryacheye prossovaniyo poroshka borida
khroma i nckotorvye svoystva spechennogo materiala)
PFRIODICAL: Ogn,:!nporyo. 1959, Nr 5, pp 2.31-236 (USSM)
ABSTaA"T: In the pre3ent.paper, the authors Investigatt the sintering
conditions of the chromic boride poader which is obtained by
the reaction of 'chromic oxide and boron carbide. The che-.icFll
composition of chromic boride is given in-table 1. The
sintering of the chromic boride powder was done by hot
pressing by means o~ "s laboratory I:ev.er press (Fig I ). kt a
tempernture of 2000 t 500, a pressing*effect of
2
100 kp_-/cm and a sintoring time of '10-12 min, it was pos.,;ible
to obtRin samples with the minimum porosity olf 34 (Fig 2).
The melting temperature of the CrB 2 ascertained by the authors
is 2200 � 50 0 which comes near the temperature ascertRined by
.Larkovskiy (Ref 3). Figure 3 shows the relative chRnge in
Card 1,13 waight at 1200 0 of the CrB 2 samples related to 1 cm 2 surface

Hot Pressing of Chromic 3oride Powder and Some 3011/131-59-5-9/1?
Properties of the Sintered allaterial
,uro ~t represents the curve of the change in weight.
and fig
This change in weight is a function of the time of
oxidation. The oxidation stability of the borlden ascertained
by Kotallnikov (Ref 14) corresponds to the one in the
present paper. The coefficients of expansion of three samples
with different Dorosities at 5000, as well as the resistance
to pressure and rupture of chronic borida samples with
different porosities, are further indicated. Some properties
of the chromic boride are given in table 2. Concern-4ng the
stability of the chromic boride against the action of
active reagents, the authors of this article refer to the
papers by Kotellnikov (Ref 14) and Modylev3kaya (Ref 22).
The indicated properties of the chromic boride permit its
use as a constituent of heat-resistant alloys. A shortcoming
is its brittleness which can be reduced by cementing the
boride grains with a metal binding agent. The cemented
chromic boride can be used for the manufacture of nozzles for
spraying fused metals, of crucibles and coats of thermo-
eiements for the temperature measuremOnt in metallurgical
Card 2/3 furnaces. There are A, fi&ures, 2 table.3, and 26 references,

Hot Preasing, of Chromic Boride Powder and Some 30-7/131-59-5-9/12
Properties of the Sintered Material
.17 of which are Soviet.
ASSOCIATION: Institut metallokeramiki i sDetsiallnykli splavov A'T USSR
(Institute of Powder "letallurgy rtnd Special Alloys of the
AS UkrSSR)
Card 313

41,
CZECH/34-59-6-4/23
AUTHORS: Samsonov, G. V., 36r, V. S. and Khrenova, L.
t~2~
TITLE: Hardness and Brittleness of Compounds of a Metallic
Nature (Tvrdost a k:Fehkost slo'udenin kovovjho charakteru)
0
Fe-MODICAL: Hutnicke Listy, 1959, Ur 6, pp 484-489 (Czechoslovakia)
ABSTRACT: This is a revised version of a lecture given by
Candidat4,,of Technical Sciences G. V. Samsonov in
Prague ia.-'-,the Spring of 1958. The high hardness of
compoundWd.f a metallic nature like carbides, nitrides,
borides aml-silicides of the transient metals of the
fourth to bh& eighth group of the periodic system is
one of the most characteristic properties of these
substances.'-.In view of the high brittleness of these
compounds, Microhardness measurement appears to be the
only suitable method of investigating their hardness.
Earlier results obtained by the authors 'of this paper
and other authors were published in earller work
(Refs 1 and 2). In this paper the authors describe
their studies'on the influence of loading of the diamond
pyramid during measurement of the microhardness by the
Soviet FMT-3 instrument on the measured mierohardness
Card 1/3 values; the brittleness of the substances was evaluated

CZECH/34-59-6-4/23
Hardness and Brittleness of -3ompounds of a Uetallic Nature
from the characti;r of the indentation on the surface
of test specimens during the indentation with the gyramid.
The measured values of the microhardness, N kg/mm ,
obtained with loads of 20 to 200 g and of t e micro-
brittleness Z for 31 carbides, nitrides and silicides
are entered in Table 1, p 485. The microhardness
studies of very hard substances, described in the paper,
prove that a clearly defined relatioa exists between
the microhardness and the magnitude of the applied load
and this can be clearly seen from the data entered in
Table 1 and from the graphs, Figs 1-4. The brittleness
of the compounds was measured by a microhardness method
described by N. 1. Ikornikova. (Ref 15). The method
consists of making imprints with a diamond pyramid with
various loads and evaluating the number and the
character of the produced cracks and other detects.
The thus determined results are entered in Table 2, p 488.
It was found that the dependence of the microhardness
Card 2/3 on the load is the same for materials with very high and
with relatively low hardness values and appears to b
7

CZECH/34-59-6-4/23
Hardness and Brittleness of Compounds of a Metallic Nature
governed by the character of the plastic deformation of
the surface of the hard materials during the micro-
hardness measurements. The brittleness characteristics
determined in the work described in this paper are in
agreement with brittleness values determined for some
compounds by, other authors. The brittleness increases
with decreasing square value of the defection of the
centre of the molecular complexes during thermal
oscillations in the crystal lattices of the compounds,
i.e. it increases if the strength of the interatomic
bonds increases and if the stress relaxation in the
material decreases. The hardness of compounds of a
metallic nature increases in the following order:
s'licides, nitrides, carbides, borides, whilst the
brittleness increases in the following order: silicides,
borides, nitrides, carbides.
There are 10 figures, 2 tables and 19 references, 1 of
Card 3/3 which is Czech, 16 Soviet, 2 English. V/

S/137/W000/006/072/163
A052/A1O1
AUTHORS: Samsonov, G. V., Neshpor, V. S.
TITLE: Thermoemissive properties of transition metals and their compounds
with boron, carbon, nitrogen and
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 6, 1962, 32, abstract 6G247
(In collection: "Vopr. poroshk. metallurgii i prochn. materialov".
Kiyev, All UkrSSR, no. 7, 1959, 99 - 104)
TEXT: Published data relating to the electric resistance and the work func-
tion of transition metals and their compounds with B, C. Na2 and Si are analyzed.
Electric resistance of metals increases with the growth of the value (I/zd n),
where Zd is the number of electrons In a vacant shell and n is the maL~quantum
number. This is connected with an increased shielding effect of defective shello.
For metals the work function decreases with an increase of k. For refractory
+,compounds of carbide, boride and nitride type these dependences have a reversed
..~character, which is connected with the filling up of the holes in defective orbits
by metalloid electrons and the corresponding decrease of the shielding effect.
[Abstracter's note: Complete translation] R. Andriyevskly
Card 1/1
V..

SAMSONOV. G.T. (Sassonov. 11.7.1; HISHFOR. T.S.: PAMMTO, Tu.B.
Thervionic esdaslon properties of metal-like compowAs. Ukra
f iz,,xhar. 4 w.~4,.50&-518 JI-Ag 159" (" 13:4)
I& Inatitut metallokeramiki I spetseplavoy All USSR.
(Thermlonic emission) (Metals) (yetalloide)

MHIFOR V..S,,;-=OIAYWA, L.G. (Nikolaievag L.H.1; KARALINIK, S.M.;
- MROLENKO, Yu. 1.
Iz~vestlgation of the chwacteristic absorption of I M-s In
silicides of transition astals. Ukr.fla.zbur. 4 no.6:814-815 U-1)
159, (MM 14:10~,.,
1e Kiyevskiy gasudarstvennW universitet im. T.G.Shavehenko i
Inatitut metallakeramiki i spetsiallzWkh splavov AN MSR.
. (X-ray absorption) , (Transition metaa allAcides)

5(2)- SOV/78-4-9-5/44
AUTHORS: Neshpor, V. S., Samsonov, 0. V.
TITLE: On the Problem of the Eleotronio Structure and the Condition
for the Formation of Boride's.of the Type KeB 6
PERIODICAL: Zhurnal neorganicheakoy khtmii, 1959, Vol 4, Ur 9,
PP 1967-1969 (USSR)
ABSTRACT: The electrons necessary for tis formation of the 5 covalent
bonds in the hexaborides cannot be supplied by boron)alone,
two of them must be supplied by the metal (Refs 5, 6 . The
formation oftbe hezaborides probably depends on the first
and second ionization potentials of the metal. The values
of the potentials determine the attractive force of the
two valence electrons. In table 1 the ionization potentials
of the metallic elements of the periodic system are listed.
It is concluded that all the metals having first ionization
potentials below 6.6 " 6.8 ev, and second ionization poten-
tials below 11.5 - 12 ev are able to form hexaborides. In
Card reference 8 it was proved that the bivalent metal in the

BOT/78-4-9-5/44
On the Problem of the Electronic Structure and the Condition for the
Formation of Borides of the Type KeB6
hexaboride may partially be substituted by sodium. The
highest electron concentration at which this substitution
still taken plaost In 1.6 electrons per metal atom. Thus$
it follows that the bond of the borine in MeB 6 requires
1.6 electrons, the remaining 0.4 electrons per metal
atom probably being present as common electrons which would
explain the comparatively high electrical conductivity
of the hexaborides of bivalent metals. There are I table
and 15 references, 10 of which are Soviet.
ASSOCIATION: Inatitut metallokeramiki i spetsiallnykh splavov Akademii
nauk USSR
(Institute for Metal Ceramics and Special Alloys of the
Academy of Sciences, UkrSSR)
Card 2/3

SIOV/20-12 " -cri OJ49
On the Relationship Between the Work of Electron1teld. From Rexaborides
of Alkali-Earth and Rare-Earth Metals and Their Electron Structure
multiplicity and consequently also the highest doeree of
electron bound state and the lowest de",ee of probability
of f-d-transitions according to this curve corresponds to
Eu and Gd. A comparison of the curves for the dependence of
the work function 1p and the number k of terms on the nuclear
charge number actually confirms their qualitative similarity.
Finally, some partioulEwfeatures are pointed out. There are
1 figure, 1 table, and 15 references, 9 of which are Soviet.
ASSOCIATION: Institut metallokeramiki I spetsiallnykh splavOV Akademii nauk
USSR (Institute for Metal Ceramics and Special Alloys of the
Academy of Sciences,UkrSSR)
PRESENTED: June 6, 1958, by S. A. Vekshinakiy, Academician
SUBMITTED: June 5, 1958
Card 313

AUTHOR: Neshpor, V.S. SOV/126-7-4-10/26
TITLE: On the Relationship between Certain Thermal Properties
of Solids
PERIODICAL: Fizika metallov i metallovedeniye, 1959, Vol 7, Nr 4,
pp 559-564 (USSR)
ABSTRACT: The author discusses the relationship between thermal
properties of solids (eg melting point, Debye
characteristic temperature, coefficient of thermal
linear expansion, thermal conductivity etc) and elastic
properties. Such relationships are important in
estimation of mechanical strength of solids at
elevated temperatures. Using formulae established
earlier (Ref 2,4,5), the author deduces
01910-97 10-97 C 3.,3 (4)
I-a:vcw = 4cZa
i.e. Q/(C1/2y%M-%) is proportion to a-14.
Here 0 is the Debye characteristic temperature;_
C is the molar or atomic specific heat (cal deg lmole-3
Card 1/6 or cal deg-1 g-atom-1); V is the molar or gram-atomic

SOV/126-7-4-10/26
On the Relationship between Certain Thermal Properties of Solids
volume (cm3); y is the density of the solid (g/cm3);
M is the molecular or atomic weight in grams;
a is the linear coefficient of the I expansion
Fig I shows the dependence of ... V; (C %Y%M-R) on
log a for cubic metals and carbides with metal-like
etructure. The experimental points were taken from
earlier work (Ref 2,5,7,B) and they lie somewhat lower
than the theoretical (dashed) curve 1. In fact the
experimental points lie on a line 2 which can be
given analytically as
0 Cy (6)
'Y K"M
Eq (6) can be used as a semi-empirical relationship in
determination of 0 from known values of the thermal
expansion coefficient %(it is easier to measure a-than 0).
The Debye temperature is related to the melting point
by Lindenmann's formula
1~21_
0 = 137V 7!!~ = 1371LMV (7)
Card 2/6 24V

SOV/126-7-4-lo/26
On the Relationship between Certain Thermal Properties of Solids
where T. is the melting point on the absolute scale.
Fig 2 s i4r_U in logarithmic coordinates. the dependence
of Q/(TV4
3M on T.. A dashed line (1) represents Eq (7).
Experimental points taken from published work (Ref 2,5s7
and 8) lie around the curve 2. It follows therefore,
that Lindemann's formula does not represent a
mathematically correct relationship between 9 and Ts
and expresses only the fact that. at given values of the
molecular weight, solids with high melting points have
high Debye temperatures. To find an improved relationship
between the Debye temperature and the melting point, the
author used Eq (4) and the relationship between the
coefficient of thermal expansion and the melting point.
The latter relationship is shown in Fig 3. The points
representing metals with cubic and hexagonal closely
packed lattices and metal-like carbides, nitrides and
borides of transition twetals lie on the lower curve of
Fig 3. The points representing alkali halides lie on
the upper curve of Fig 3, because their linear expansion
coefficients are higher (higher repulsive forces exist
Card 3/6 in ionic crystals). The two curves of Fig 3 are redrawn

sov/i26-7-4-io/26
On the Relationship between Certain Thermal Properties of Solids
in logarithmic coordinates in Fig 4: line 1 of Fig 4
corresponds to metals and compounds with metal-like
structure and line 2 represents alkali halides. Fig 4
shows that the linear expansion coefficient is given by
at = kT.1-17, where k =-0-0724 for metals and metal-like
compounds and k =~0-115 for alkali halides. Substituting
the relationship ap = kT;1-17 into Eq (4), a relationship
is obtained between the Debye temperature and the melting
point for metals and metal-like compounds
0 = 41.08 ToO058) =C2/3 (13)
M~6
This equation is represented by a dashed line in Fig 5
and the experimental points are seen to lie around
another line 2 which has a different slope. The
experimental points of Fig 5 lead to a semi-empirical
relationship between the Debye temperature and the
melting point
0.73 r
12-45 Ts V CY_r5 (15)
Card 4/6 MJ6

SOV/126-7-4-10/26
On the Relationship between Certain Thermal Properties of Solids
Assuming that the linear expansion coefficient is
inversely proportional to the melting point (this
assumption does not differ greatly from at =:kT;'.)-7
and substituting this proportionality into
Eq we find that
a const CT (16)
4 72vi
which differs from Lindenmann's formula (Eq 7) by the
presence of the specific heat under the square-root sign.
Using the inverse proportionality between the elastic
modulus and the linear thermal expansion coefficient
(Eq 1) we find that
0 = const Ts (17)
;!Twos
MV
which has the same form as that of Lindeamann's
Card 5/6 formula. There are 5 figures and 10 references, 7 of

SOV/126-7-4-io/2-6
On the Relationship between Certain Thermal Properties of Solids
irhich are So-iet, 2 German and I English.
ASSOCIATIONtInstitut metallokeramiki i spetsiallnykh splavov AN USSR
(Metal-Ceramic and Special Alloy Institute, AS UkrSSR)
SUBMITTED; *September 27, 1957
Card 6/6

676S6
/&I M.20
/#9- 6 / 00 SOV/126-8-4-19/22
AUTHORS: Samsonov, G.V., hpor,-V,&- and Khrenova., L.H
TITLE: Hardness and Brittleness of Metalloid Compounds
PERIODICAL: Fizika metallov i metallovedeniye, 19592 Vol 8, Nr 4,
pp 622-630 (USSR)
AMTRACT: apecimens oAi ~~r 'h 71a k1 IW- I El-a v x'I '~l
t 6- It a I s Q " I JLa and
IIQ_e borldes anr+1'Zr,'--!46b-h Cr Mo, W,qF9jk1Co and'-Vi
I I I I I -
silicides2 of limiting phase composition, "re made b7y
sintering powdersi%f these compounds by hot pressing
with subse4-ulein-'Flong annealing at a high temperature in
order to remove internal stresses. Hicrosections made
from these specimens were etched in order to expose the
grain boundaries and to remove the surface layer which
had been cold worked during grinding. The microhardness
was tested with a PMT-3 instrument. Loads of 20-200 g
were used. The exDeriments have shown that the micro-
hardness numbers do-pond on the load used, and this
relationship is beyond the limits of accuracy of the
measurements. The relationship between microhardness
Card number and load was first established by Bochvar at al
(Ref 4) for relatively soft materials Ou, Za and Armco
iron). In other papers (Refs 5-7) the relationship

67696
sov/126-8-4-19/22
Hardness and Brittleness of Metalloid Compounds
between microhardness numbeysand load for other metallic
and non-metallic materialsOwas established.
Gogoberidze et al note that the relationship
betveen microhardness mimber and load appears to be of a
general nature, as the apparatus for testing the micro-
hardness, even if specially regulated so as to indicate
microhardness numbers for a given material which are
independent of the load, nevertheless shows this
relationship in the investigation of harder materials.
However, other authors (Refs 97 10) insist that the
microhardness mi ber is independent of the load applied.
Investigations carried out in this work of the micro-
hardness of very hard materials have confirmed in all
cases the existence of a definite relationship between
microhardness numbers and load applied (Figs 1-1f). In
order to estimate the brittleness of metalloid compounds
a micro-brittleness method was used (having been first
suggested by Ikornikova, Ref 15) for the estimation of
Card the brittleness of carborundum,i!r The essence of this
2/?+ method consists in taking impressions of the diamond
pyramid of the PMT-3 instrument at various loads and

676%
SOV/126-8-4-19/22
Hardness and Brittlene,_3 of Metalloid Compounds
estimating the number and nature of cracks and other
defects thereby arising. In order to lower the
subjectiveness if this estimation a so-called average
brittleness mark is introduced which is calculated
according to the degree of destruction shown by the
impression. The estimation of the degree of
destruction is carried out according to a 5-mark scale
(,,Joe Fig 5 and Table 1). Pigs 6 and 7 show the
dependence of the summary mark of destruction of
borides and silicides, respectively, on load. Table 2
shows the brittleness characteristics of metalloid
compounds. The authors arrive at the following
conclusionst The microhardness number depends on the
load at which the investigation is carried out. The
nature of the relationship between microhardness number
and load of materials with very great and comparatively
low hardness is identical and appears to be due to the
Card nature of plastic deformation of the surface of hard
3/7+ bodies In microhardness testing. The brittleness
characteristics of metalloid compounds obtained by the
microbrittleness methods in this work agree satisfactorily
a--*"

67696
SOV/126-8-1+-19/22
Hardness and Brittleness of Hetalloid Compounds..
with those obtained by the author earlier for several
compounds. The brittleness of compounds increases
with decrease in mean square displacement of molecular
complex centres in the crystal lattices of the
compounds, i.e. with increase in rigidity in the
interatomic bond and with decrease in the POS3ibilities
of stress relaxations in the material. The hardness
of metalloid compounds increases in the order
silicide-nitride-carbide-boride,, and the brittleness
Card increases in the order silicide-boride-nitride-carbide.
brA There are 7 figures, 2 tables and 18 references, of
which 16 are Soviet and 2 English.
ASSOCIATION: Institut metallokeramiki i spetsiallnykh splavov
AN USSR
(Institute of-MetalloceramIcs. and ftecial Alloys,
SUBMITTED: November 1, 1958

69394
SOVAN-59-4-8394
Translation from.-, Referatimw zhurnal, Metalluxglya, 1959, Nr 4..' P 151 (USSIRI)
)-4-2140
AUTHORS% samsonoy, G'V
Witrides and Silloides of
TITLE.- On Superconductivity of Borides~ qMbides"
Transition Ketals
PMODICAL: Sb.',nauchn. tr. Naucbno-tekhn. o-va tsveta. metallurSti, Moscow, in-t
t8vetn.iA* i a. ur 29. pp 361 - 366
ABSTRAM- The authorsanalyze literature data on critical temperatures To in the
transition to the superconducting state of silioldes, borides, -arbides
and nitrides of transition metals. The values of T for MeSi, KeB, MeC
C
and MON compounds are connected with the dispersing (accepting) capacity
of the metal atom and the magnitude of the Ionization potential of the
metall*Id. The dispersing capacity of atoms or transition metals is
apprDx1mately characterized by the I/nN ratio, where n Is the number of
electrons In the Incomplete d-lavel of the m*W at=, and N is the main
quantwi number of the level. A decrease of the 1/nN number in the
transition from Ti, Zr, V, fff to TA, Nb, W, No, I.e., from 0.167 - 0. 10
Card 1/2 to 0.05 - 0.067, Is accompanied by a sharp Increase In To of the 1/0

69394
SOV/137-59-4-8394
On Superconductivity- of Borldes, Carbides, Nitrides and Silicides of Tramsit-lon Metals
corresponding compounds of these metals. In the MeSi ---P MeB -+ MeC ---* MeN series an
inorease'of T was cbgerved, due to the difference In icalzatlon potentials of metalloid
atoms and to ?he pecullaritles of the crystalline struot=,e, of the compotmds. It is
mentioned that in a number of cases the value of To increases with a higher mtt'alloii
content in the phasets. There are 31 bibliographicil titles.
Ya.L.
Card 2/21

PffASE I BOOK SOV/4347
Akadaudya naW-. Ukrainskay SSR. Institut metallokerandki i spetsiallnykh splavov.
Seminar po zharostoykim materialam
Trudyp vyp. no. 5 (Transactions of the Academy of Sciences,, Ukrainian SSR,
Institute of Metal Ceramics and Special Alloys., Seminar on Beat Resistant
Materialst 116. 5) Kiyev., Xzd-vo AN Ukrainskoy SSR, 1960. 63 p. 2,000 copies
printed.
Ed. of Publishing ffouse: LV. Kisina; Thch. Ed.: AA. Natveychukj Editorial
Board: G.V. Samsonov (Resp. Ed.)p I.N. Frantsevich, V,V. Ortgorlyeva,
A.Z. Ken'shikov, and M.1. Korsunskly.
PURPOSE: The book is intended for engineers., scientific workers and students
specializing in refractory metals and their compoundsp powder metallurgy,,
electronics,, machine building and physical metallurgy in schools of higher
technical elucation.
COVERNE: Thi3 collection of papersporiginally presented at the Seminar on Heat
Resistant Katerials in Kiyev on June 13-June 17, 1958,
Card 1/ 4

Transactions of the Academy of Sciences (Cont.) SMA347
discusses the physical properties and prodmetion technology of refractory metals
and their metal-like compounds with boronp carbons nitrogen.. and silicon. Tne
results of investigations of the absorption and emission spectra of niabian
and chromium compounds.. processes of joint diffusion of two tr1ements In metals,,
and data or phenomenological studies of physical properties of metal-like phases
axe presented. Methods of processing rare metals and refractory compounds in
making powders and various articles used In many fields of modern technology are
analyzed in detail. Several articles discuss the particular problem of powder
metallurgy of ordinary metals and alloys. The papers reflect work performd at
the following institutions: Tnatitut metallokaramiki I spetsiallnykh splawov
AN UM (Institute of Metal Ceramics and Special Alloys,, Academy of Sciences
UkrM)., Gasudarstvennyy institut prikladno7 kbi-Ii (State Institute of Applied
Chemistry) Leningrad# Kharlkovskiy politekhnicheskiy Institut (Khar1kov Poly-
technic Inatitute) . Institat fiziki ~metallov AN SSM (Institute of the Physics
of Netalas Ac&tewj.of Sciences UM)., Sverdlovskly gosudarstvennyy universitet
(srverdlo"ic state university)., vrmp; ToNrMbEECT., VMXW h,, rustitut metallargit
AN USM (Institute of Ketallurgy., Academy of Sciences UkrSM) VNIM# fil-MR-He
MMs Eforllwv kly politekhnicheskly Institut (Gorildy Polytechnic Institute)so
and Yloskov;skiy elektrolampovyy z&md (Moscow Electric Bd1b Plant). References
accompany Individual articles,
Card 2/4

Transactions of the Academy of Sciences (Cont.) SWA347
TABU OF COMM
Introduction 3
Neshpor V 5 Physical Properties of Metal-Like Compounds 5
Karsunskiys M.I.,, and Ya. Ye. ale-radn. ftission Bands L and L
of Niobium in ftN., NbC and NbB2 JB2 r 1 15
Questions and Answers 19
Discussions 20
Nemnonov.. S.A.., and A.Z. Wen'shikov. KZ pectra of Chromium
Absorption in Boridess Carbides, Nitridep, and Some Other Compounds 21
Diecussione: 24
Frantsevich., ]:,N,.# and A.N. Pilyankavich. Comparative Brittleness
of Refractory Conipaunds 28
questions tind Ansvera' 36
Card 3/4

Transactions oj! the Academy of Sciences (Cont.) SOV/4347
Arkharovo V.I.,, and V.W. M3nev. Joint Diffusion of Two Elements
in Hard Metal 37
Questions axid. Answers 40
Discussions 40
Smmonov,, G.V,, and N.N. Zhuravlev. Structure and Properties
of Borides of Faxe-Earth Metals 45
Questions ad answers 51
Kudrymv,tsev, V.,I.p and G.V.Sofronov. Precision Determination of
Lattice Intervas of Boron Carbide of B -:f 07ff Composition
According to Ekentgonogram Obtained lned;. on Large
Scattering Angles (0-0 900) 52
Questions mid Answers 60
Discussions 61
AVAILME: Library of Congress
Card 4/4 JA/dvm/me
n-18-60

27992
2,& 40 SA94/61/000/004/035/052
D266/0302
AUTHOR.; Samsonov, G.V. and Nesh o
TITIE: Alloys of rare metals with bor and silicon for
some purposes of electrical and radioengineering
PERIODICAL: Referativnyy zhurnal. Avtomatika i radiaelektronika,
no. 4. 1961t 3, abstract 4 G15 (V sb. Redk. metally
i splavy, M., Metallurgizdat, 1960, 392-417)
TEXT: The conditions of obtaining..silicides--and borides of rare
metals are investigated and their physical properties are studied
for possible application. The.silicides.are.obtained by heating
the mixture- of ..the. component& - in -powdered form.at a pressure of
2.90 kg/cm2 and at a temperature of L300-21500C. The synthesis of
the borides is carried out by utilizing the interaction of metal
oxides with baroncarbide.and carbon in vacuum. The structure of
the obitained alloys- is.- investigated -and their. crystaL.structure is
determined.- The hexaborides are distinguished by their low work
Card 1/2