SCIENTIFIC ABSTRACT GERTI, H - GERTS, Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000514920014-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

J,j

NO. h 14

b
iingti.tutc, of 74wilcInAll PIXAtJ

TT T'~E

onpRrativ "t" a

n Study of' t1ho smol,

t o ~, c ff I c inal Is e no h
inst. rosl.
Z~bstract

POIA'M/C-.,Aivati~~O,
T cx- i. i G
A'.) s Jo I But B101., No 16, 1.953; 62',5,43
0 r -tI He. 1, k
A I
1 !-3 t
Title Dytamicq of Acc-i il. C, "I. C11;:L:
(C*,~a.lido~-iu---! L-) f0',- t"',c F12rind (-)L' VeG12tatio-'.
t'o-c C(.) rsc of a Yoar.
Oril-, PZ-, Acta poioii. phan-ne., 19~i-,,, 11:, No 2, 113
Ab s t -i c t The alkalu ~d is !-J Ii,~r i-,~ t:ic: itivatcO. L-271 i:.,
t"-10 wild Obscrwttic -r t',,c of
1.0ids fro'.1 to, ~uruit a-All'or
to I-OQOFL~,,C-A ta: cc-~a~ '13- r
of the first fl- it. A
-Ad mito;,t was frmd
i" ycv.-..~ J.~~ Ar~-il ~cpte!.fbcr-
Cctobi:~r. ---- Z.I.
caed -./I

TOL-M/Churdc~d Tc~A=,,l ;,-ty. Ch,:'Jc I -'r
Ti,Ar Us,.-~:. -,,,,rt ITTA
7,;Ur 11,;f Zhur-11ii-Ay
t- rxy
inst
Titl,-: Eff -,ct Dryin,~.- T~.1,.pr-.tur,; :1 C,ips .Icin
aml kqe~-,rbio '.ci,' C IAL--m-, u)i' -i',I;('
-7.11mit '. ,
0 r i !,ub i4ct ~ lrlon. ph-r.--.c., 19", 11',~ -,~j
239-2&1~
1r',)V till A
-qc.~rbic acl.J,
Cri:(~(I, in v,rious 70,
(-,)9 1;09 4C9 Iii CrIcIrs) ij-~ th~, ou?
C 1/2

Gh~"Tlu IHenryk; CZYZAK, Danuta
-!Z-
Variability of the complex of alkaloids in Datura sanguinea i. -t F.
during the peroid of the vegetative phase. Acta pol. pharn. la,
no.2:167-173 162.
1. Z Ogrodu Farn,.akoL-ncstycznego AE w Poisnaniu Kierownik: prof.
dr B.Borkows:d.
(STWICINIUM metab) (ALU10.1-W metab)

GERTIG., IlenrlIc
Some observations conrected with the vegeta:Uvo multiplication
of Vinca maior L. Wiad botanicne 5 no,,4:344-345 161.
1. Ogrod Farmakognostyczny, Akademia Medycima, Pomian.

GERTIG, Henryk
Alkaloids in Eachacholtzia californica Cham. I. Igolation and
thin-layer chromatography of alkaloids appearing in leaves.
Acts. Pol. pharm. 21 no.109-64 164.
1. Z Ogrodu Farmakognostycznego Akademli Vedycznej w Poznaniu
(Kierowniki prof. dr B. Borkowoki).

~so -r-

GERTIG, Henryk
I I
Alkaloids uf Eochschu I fzia ca I I foci; !(!a i t ..'3. L- ,,, '.C I.
pharm. 22 no.3;2711-2,79 165~
1, Z Ogrodn Farma~o~,riostyniieqo A~al,mnl I Modycrmi)j w Punan4u
(Merownik: dr. Z. Kowttlt-deki).

99TE, a. 9 -
aRTIK, d.$.; I&MIROVSKIT, A.I.
Cost accounting applied at the shop and brigade level. Bum.prom. 29
no.4:26-28 Ap '54. (KLRA 7:6)
1. Solikamskiy toollyulozno-bumazhnyy kombinat.
(Paper industry--Cost accounting) (Cost accounting--Paper
Industry)

lit
Z~q
45
............
it
Tii~ t it
I. 'A 4.i Ui";; M'dil f
1 V

GERTLER, Janos
Static stability of intricate systems, 11, Calculation of stability.
Blektrotechnika 54 no.11:504-512 N 161.
1. Villamos Energetikai Kutato Intezet.

GMTLER, Janos
Loss calculating methods for economical load distribution. Elektrotechnika
55 no.11:484-489 N 162.
1. Villamos Energetikai Kuta"Vo Inteset.

BRAUN, Peter, oklevf3les vlllamoxror,::~k, t-~dc-manyoq munk,itlir-"~
Janos, okleveles villamosme-rn-,k, tuiofnany-Ds
Gilbert, 'okleveles matematik,is
Calonlating network load J!5~r:butJmi by di;!-Ital
Eletrote;hnika 57 no.7i2QC-,(?,I T!
1. Electric Power lndu5try Blli,-'~-Pe!-,t, V7-
Rudas L.1i.27 (for Dralin rtn;4 G,~-tlar*,. 2. Flai.-Axoni2
Center, Ministry of Heavy 11-11
(for Kardos).

------------------- ......
!x,;i J 'I, I, ~zj, A I r-,Vt) ) r,,,) vj H rl To r);Imf)rnok
Semiconductor functional units. Elektrotechnikxi n, r
113-320 Ji 64.
I.Ele,itric Power Industry Research Insti.t.u*.e, VIL,,
Rii(ias L.ii.2'7.

8()q,Cj 'I 'y' , T, ~ ; C..r:E?T 'I, ~.; IM.; 'VAVU;, V_ i,-.
. I R, ,
Data ir(,cf
I ') - m3ing experimental dlevine : ,:, i;(,w(-r Yor-:: tiituvjt
13 no.2/3:67-69 '65.
1. Electric Power Indlistry Resear-h linst,'Aute,

r ::.
J~t; : A.- I
..I
" p. v. . " :, I i~~ , I
%~ I I -.- , ~ ; I .
~ , - j -. I -,:~

L 16568-66
ACC NR: ApWoB915 SOURCE CODE: HU/0012/65/013/004/0111/0113
AUTHOR: -Gertler, Janos--Gertler, Ya.
ORG: non-e---;------ .. .......
TITLE: An electronic protecting circuit for transistorized pmer supplies
A
SOURCE: Meres es automatika, v. 13, no. 4, 1965, 111-113
TOPIC TAGS: power supply, electronic circuit, circult devigil electric protective
equipment, transistor
ABSTRACT: The development, theoretical basis, construction, operation,
and performance of a protection circuitry for transistorized power
supplies was described and illustrated with circuit diagram and per-
formance curves. The starting current is adjustable; however, switchins-1,
off occurs in all instances where the current reaches 1.5-timea its no-
minal value. No mechanical components or separate.power supplies are
involved'. Orig. art. has: 4 figures. (JPRS1
SUB CODE, og / sm DATF.: 16Dec63
Card 1/1 vmb UDC: 621-311.6.ol6-35:621,316.923.082-77

RUIAAM/Chemical Technology Chemical Products and Their H-17
Application - MedicinalG, Vitamins, Antibiotics.
Abs Jour Ref Zhur - Khimiya, 110 3, 1958, 8982
Author Vnsiliu George, Gertler Livia
Inst
Title Physiologically Active Amides of Glycidic Acid.
Orig PLb Rev. Univ. "Co.L. Parhon" si Politchn. Exicuresti Ser.
stiint. natur., 1955, No 8, 97-100
~.bstract To study the physiological activity of LzlycLIic 6mides
N-thiazolyl-chloracetamide (1) was prepared by reacting
C1CH2COCl with 2-amino-thiazole (II); by condensation
with acetone or mett.yl ethyl ketone in the pre(ience of
finely divided metallic Na were synthei;ized 'V~ , ~~' -di-
methyl-N-thiazolyl-glycidamide or Pj -me-thyl- r,' -ethyl-N-
-thiazolyl-glycidamide, respectively. To a oolution of 2'J
9 11 in 300 ml anhydrous ether, at 00-50 and vLth stirring,
is added a solution of 11.2 9 ClrH2COCI in 50 ml anhydrous
-0--D
1730. 10 9 of I are added to a mixtuTe uf 150 jal anhy-
rlrr~nrz othr%r nnri 100 ml nnhvrlrnii~ "t-+--

GFP71,FR, L. ; IIASTLTU, G.
Syntheses in the class or glycidic amides. p. 65.
ANALFLI~ S7RTA STIIIT'7LOR NATIMIT. Bumiresti, RximatIi. 701. 7, no. 18, 1958.
Monthly List of East European Accessions (FEAI), !C, Vol. ", no. 9, Sept., 1957.
Uncl.

7,3 c

GERTLER, Zby-nek, dr.
The li~tn Assembly of tile internati(nal :,-ivil
zation and the internaticrial air transp~rta~i,-.n. Le t c e ky
3bzor 6 no.12074-376 D 11)2.
4,-t

GERTUR, Zbyrel., -_;ro
Cti thO Ol jo-,-Ily fl:!-r otn'r-~!'.1 over
. L, '! .1
- I'll ~ ~l I
-LI-le
I ~tl~.,1;4,4.% olnor 7 N163.

, I '?h ; - (1'k , ',I .
ul 7RTUI H . .1 .
Ll "~ !~! I:i,l 1 'Ll ~' 1", i t " , .1 -_ 7s -,:' ,nal
c, oops r -i '1-.4 f-: n .In 11- obzt--r- :i no, 61.
1-62..'.161, I'a

IIGIRTRM, G.I.;SHAPIPAKO, NA.
Calibration of alcohol nmutouring tanks., Spiet. nrom. 23 no.4:26-27 157.
OURA 10:5)
1. Vessoyninyv nauchno-inaledovatellakiy institut spirtovoyprorAysh-
lennosti. (for Fartman). 2. Roeglavapirt (for ShaDiranko).
(Distilling industrIed-l"Ipment and oupplies)

i,w
mi n n;,, F I",
o T

KALASHNIKOVA, Z.. inshener; GIRTKhN, Ye., inihoner,
I I -
Machinery for mills with pneumatic transportation. Muk.-elev. prom.
23 no.6:16-18 Je 157. (MLBA 10:9)
1. GorIkovskiy mashinostroitellnyy zavod Imoni Yoroblyeva.
(Grain handling machinery) (Air filters)

GERTMAL, Yu,M. ; G:,,IJD, F.V.
'nie thermochemistry of Lhe solid and liquid -Alicides- (~f Rn.
report submitted for the 5th ?hysical CheadcaL Conference on
Steel Production.
~ ~.I
''I "!,
'i -0-

GERTMN, Yu.M., inzh.-, GELID, P.T.. doktor tektiri.rmiuk !rolp
Thermochemistry of silicomangannse, Izv.vvjj.ucYP'-).vAv,: chern.
met. 2 no.9;15-27 S '59. (MI-RA 13:4)
1. Ural'skiy politekhutchenkiy institut. Rokomemialinno kafedroy
fiziki Ural'skogo politakhnicheakoro inn~ituta.
(Thermochamisty) (Silicon alloys) (Man~-,~we:-e alloys)

AUTHORS:
TITLE:
Kocherov, P. V., lertman. Y-..
The Formation Heat of the A'Ilcv3 %f Cal--iii;,i With
(Toploty cbrazovaniya splav~,-, ii
PERIODICAL: Zhurnal neorgranf.c lie akc-y
pr, 1106-1112 (IJSSR)
ABSTRACT: The f orruation heat of tl!,~ ~.iwe of
calcium with all.1;Jinum (CaA.~- 2
The allo:f wrv Frodiwofl kh, i I twice
distilied calciol.-I "Anti of the
componen's took place 4A, zhe pires-, ar~~,:In at,.i~z~3-here. .13Y
means ,-.f and t i -nt ions
the compojition ~f rho !,r;~! tl-v! rn-aulto
are shuwzi by talle 1. fcr~.a-.J'on hleat
of the a'--'(-,ys wac~ cairie(i iso-
V-ermal t',. In
f o 11,-, W.,3 : ~"-irjt the and ~h2r.
Card 1/4

The Formation Hent of -)f
t 110 0 rl L! _; If 'z Clt C ):;I b 0 t i C V v~ t' trio :.-iechani-
1 u ~ -t: t u r (3 -1 ted . From
the C "tion '-eat
01, th" vi;,_ Cl:. -,"I i It of the
1T1I1U1,:t1 iz; 0 0 ~t I -,.,,(:,d the
cxida ~ 4L ()I, lv?,tt a.'. z3 W "I ~,3 .!Ic! SIX
I L,A: were in-
ve o bi rfatc,l Y i,o.,i oj -i- I e t,21,11 in a-
.11i -.,4n 'y table 2.
,2h e 1:1b t I ~ ~1 ..:e hi;:1 I raix tures
Gf (;ain_.'alil an'l a r 9, Al 2 0 3
I,-Lodi 'g-mil 'Ll"o w a ~3 C :, ir~ i L ~j a;-ro-3s Trell with
data foun] in public.-it L r. n a -1 rol
Ai Z, Th e d i s o,L !,,i t n heo, 4 Lt .:i1i;1 UM"IMM alld Of
Card 2/4 their a ~1 -,rf: i- "--, :i The

30V 1-78 -.4- - 5- "' ~4
:
I ~ I / D
The Formation float of the AlLoys of Cilcium With Aluzfir-im
results obtairted are shown 1):,, Lo.*-,I.I,! and t't:-,uro 4. Figtire 5
is a graphical reprez-,entation of th,,! forwiLion heats of
calcium- and aluminum alloys of COMT,o!)iiion acoord-
ing to the combustion.. and dioao"100-i(m -~I?thod. The -)xperimen-
tally obtained valut,3 agre& w(~11 with Licse found in pub-
lications. The following valuon Were foim~l the formation
heat of the intermetallic c-,;-npowidu C-ii,11) and CaA.14
AF 22.r0 = -17.5 1.F lkcai; t
CaAl2
H22 50 = .10.3 + 1.0 kcul/g--It~
Ca;14
There are 5 figrures. 3 -ind "I vi~for-,iric-os) 2 of Which
are Soviet.
Card 3/4

5.4yoci, 18.8ioo

AUTHORS: Gf-,it1will, Yu. M. (Eiij-,Lneov), Gc-.1,1,1, 1-1.
-of Technical -Sclonoos,
TITLE: Concerntno: the
PERIODICAL: I~,:vc.,tlya vysohlldi
hirgiya, 1959, Nr (), PI)
ABSTRACT: An itivesti)r,ation o1.' the chmjl~- of,
1'o vina t io ii o I' s oni(-- L; o I I d z3 1. L I c I dd
ot7 liqui(A ~Llid
rei,-ai-dilirr the specLt'lc, hc"at"s and 1:1t--` !-r,-
01 ,-,ruru puliJ tsio:t;
ence of' the activIty of' an-J
composition Or IIIL~It,,
studled ore,ilously b, 0. A.
KoZhuurov, N. I. Salbltii aind P. P.
f,t-o-LYL.,c
a-sual'uni F
ferrosula,.,riol, za-,.,od) and,
0 Pe ; 0 - 516 Al; Ca) o", I

Card 1/( C] -Ilc~

Ccncerning the Thermochemls(.-ry of
Manganese-Silicon
were subject to t1he prelimin"w'; 'n
crucibles In the arjon atmoz;phev~,~. i,,t :3,,, 1 iiic iL,e
used for the pr;.paratlion
r-111-011 or dift,elTilt. CoMpo.31-tlt,:I-~. 'DI.:
tion of solid solutions (ai.
the method oV burnim-, that IS, ~A,--, (j!.f! 1,
of
heats of burnt alloy and ot' buvn'~, mi-x-Luro o1' pl.-e
m;
components of' the same cormosit'.1-cm.
of the heat of formation o~ S01j.d ;-; 1 71 L d e s o
ese (Fig 2), of' the heat of 11,ul.ci
and silicon (F!.g 4 and Fi~,, 6)), and also C-1,
dissolving sil:.cc,n in the ll.nulct
ferrostlicoman,:anese (FlIc-,u-e ari:
the study of t-,,e heat of formatloi-) of' ~.;ar%!i-,L,-,;-,3c,.
silicides, It -:as fmund t~mt tlic- mnnoslli,,Id~~
nit = - .17.0 lklcal/ /Juole. Tiic of tiie
mixing of liqu!-d marif,anese and
"first heat" o.' mix.l.nEr, Is cb-~,~. 4*c
lnto~,,-ral ?
composition, r, a max Lmum
I, n
Card 2/"-( equiatomic allcy. The autf or-

b~" /1.1.11
j 0
al 1. o C n i,i n z
N
0 29 40 m 60 NO
of, l'! id
re crardlri~4 t ht, ni I r,j'r i~ ero r I,
presellce III It Of "3 lbota'.-' L'j
c o nip 1 e .- e sMiSi I"!) s t; I-;-. I,
sibotaxio " I s ui il. I Iii A[:11%1'1'10~1.11 UP 2 1-i S
fic., litorature. T,ii-,
porients of this
Web st, e r I s Dic t I,.) i ia, lY
order; cibaticm-a rwac(--,~,;s c-11'
C a rd 3/7 miat-A,rl-al c1lir.1iijr the :)l' Tll-

Concerning the
Manc-anese-Silicon
te p. r,itor' J/
v 1*7 tA
V
Fli~,. The cham,e off-' JI-ii o I
with conse(~ull-lve addItion to !J, wif, of
sill.crorl ".1fid t".10 I)ortlollo o1, 111:11w.
Carc.1 11/7

tiz
t
1) 11 Lt y ilm a I, it c!
Card 5/7 wit1h irc)r,. ( 1, 6-100o C Id ,-1;-n:
(1,470'- C).

Concerning thu
6.
C I'll; 1'0, ;-1 1; L 1
ard '
C
6 )17

Concerning the Theraiocht2mLstry of
Planganese-Silicon
It 31hota"."is" probably 1:, llh(:,~ ;1111,hovl~z oll, an
tilt(" 1:1k"11, ;Il,~i o~., a ('on-
t I I IVI0113 feed I I I,,: of mille ,.It t t~- t-.1 rit PA,
J)y 1-11C!
[,[I IS I Til 1 1.1 *-11 It
rioted that- there ts a rathet,
tilt. toj~;~ -I il,, I-el" 1 e!1
ot, Ulu otudiud I ':.i I.
of'
I'(11TUIll"thl,,
1,11to
till:

There ar-
~3
P-1 twi
Ch [pill'all J I A:; 11 i
metalj, --Ii, -~05, 19413; Nayj.or, 13, F ., J,

ASSOCIATION: Ural Pn, -teclititc, Ill"3ttuut:
i t i t
SUBMITTED: April '2'0, 1959

GELID, P.V.; GERTMAN, fu.M.
Initial neat of solution of liquid transition metals (fourth series)
in liquid silicon. Yiz. met. i metalloved. LO no.2:299-300 Af, 160.
(MIJU 13:9)
1. Urallskiy politekhnicheskiy institut im. S.M. Firova.
(Liquid metals) kHeat of solution)

S/126/60/01.0/005/027/030
E073/E535
AUTHORS: Gelld, P. V. and Gertman, Yu. F. V11
TITLE: Volume Effects During Mixing of LiquTa-Silicon and Iron
PERIODICAL:Fizika metallov i metallovedeniye, 1960, Vol.10, No.5,
pp-793-794
TEXT: Data are given which were obtained in studying the density
of liquid iron-silicon alloys at 1500*C. The measurements were
carried out by hydrostatic weighing in a hydrogen atmosphere. The
heats were produced in (corundum lined) crucibles. From the same
material a float was produced which was fixed on a 2 mm alundum
rod, which was connected to a dynamometer. The temperature was
measured by means of a PtRh (6%) - PtRh (30%) thermocouple. After
taking into consideration the corrections for expansion of the
float and the surface tension of the alloy, the errors in determining
the density did not exceed + 1.0 to 1.5%. The following inter-
polation data were obtained on the density of the melts on the
basis of experimental results and also by calculation, using the
additivity law:
Card 1/3

S/126/60/o.LO/005/027/030
B073/E535
Volume Effects During Mixing of Liquid Silicon and Iron
Volume, 0 10 20 30 4o 50 6o 70 8o 90 100
% - j
Exp~g/cm ) 2.49 3.10 3.80 5.00 5.85 6.25 6.4,.) 6.6o 6.77 6.90 7,02
Calculated 2.49 2.94 3.39 3.85 4.30 4-75 5.21 5.66 6.11 6-57 7.02
g/cm3
As was to be anticipated, the obtained data on the densities of the
alloys illustrate clearly the earlier obtained dependence of 6H on
6 V~ The greatest compression is observed in the case of formation
of an alloy, the composition of which corresponds to the monosilicide
of iron (50 at-% or 42 vol.% Fe) for which A H = 11 cal/g.atom. In
this case the experimental (5,95 S/cm3) and the calculated
(4-375 g/cm3) densities differ by 1.575 g/cm3 and the compression
during the formation of the solution (from liquid components)
reaches 36%. In view of this it is necessary to pay attention to
some of the features of the structure of silicon and of iron
monosilicide. It is known that the lattice of solid silicon
contains large tetrahedral voids, the dimensions of which are
Card 2/3

S/126/6o/oiO/005/027/030
E073/E535
Volume Effects During Mixing of Liquid Silicon and Iron
sufficient for accommodating iron atoms. The atom coordinates do
not differ greatly from each other in liquid silicon and in the
solid iron monosilicide and, therefore., the considerable volume
effect of the mixing cannot be attributed to the closer packing of
the atoms. Apparently the increased density of the melt is due to
the more intensive interaction between the particles, which leads
to the formation of quasi-molecules, for instance of the FeSi type,
in which directional bonds exist (Refs. 2 and 10). It is
particularly due to this reason that dissolution of iron in liquid
silicon is accompanied not orily by a great heat release and
decrease in volume but also ~)y an appreciable drop in the electrical
resistance. Thus, if the process of fusion of silicon leads to
delocalization of the interatomic bonds, introduction of iron leads
to the formation of silicide quasi-molecules ifith strong directional
bonds and the atoms getting closer, which correspond.1% to an increase
in the density of the melt. There are 1 table and 11 references:
8 Soviet, 2 German and 1 English.
ASSOCIATION: Ural'skiy polite;rhnictieskiy institut imeni S.M.Kirova
(Ural Polytechnical Institute imeni S.M. Kirov)
SUBMITTED. June 14, 19W-
Card 3/3

86705
ILI S-~ s/18o/6o/ooo/oo6/025/03O
Elll/E335
AUTHORS: Gelld, P.V. and Gertman, Yu.M. (Sverdlovsk)
TITLE: Interparticle Interaction in Liquid Alloys of
Silicon with Iron and Nickel
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye
tekhnicheskikh nauk, Metellurgiya i toplivo,
196o, No. 6, pp. 134 - 137
TEXT: Numerous studies of liquid alloys of' silicon with
transition metals of the fourth period have indicated that
alloying is accompanied by a great increase in particle
interaction. Gelld et al (Refs. 1, 2) have proposed the
formation of quasimolecules with directed bonds which produce
the cybotactic microheterogeneous structure. This has been
confirmed (Ref. 3). To obtain further information the authors
determined density isotherms at 1500 OC for alloys of silicon
3
with iron and nickel. Density, d, g/cm , as a function of
vol. % iron (0-100) is shown in Fig. 1; density values are
above additive throughout. On fusion silicon density rises
Card 1/4

867o5
s/1806o/ooo/oo6/025/030
Elll/E335
Interparticle Interaction in Liquid Alloys of Silicon with
iron and Nickel
by about 9%, about double the reported rise for germanium
(Refs. 6, 7) and fusion is probably associated with an increase
in coordination number, delocalisation of valency electrons
(Refs. 7, 9) and a large decrease in resistivity (Ref. 7).
Density changes suggest that in silicon-high liquid alloys there
are stable groupings structurally related to alpha-lebeauite
and the c-phase. Nickel silicon alloys provide a further
illustration of the role of coordination, Here, the greatest
deviation of density from the additivity relation occurs at
compositions corresponding to the congruently melting Ni2Si
(Fig. 2). The comparatively small decrease in volume on forming
the Ni-Si melt is understandable in terms of coordination effects
Card 2/4

86705
s/18o/6o/ooo/oo6/025/030
EIII/E335
Interparticle Interaction in Liquid Alloys of' Silicon with
Iron and Nickel
The authors recommend further attention to the rough
proposed by several authors for estimating heats of
from vnlume decreases.
There L-e 2 f-*-~ures and 14 references: 9 Soviet and
5 non-So,~-,. 7
G
5
4
Card 3/4
relations
formation
40 .. ....

86705
S/180/60/000/006/025/030
Elll/E335
Interparticle Interaction in Liquid Alloys of Silicon with
Iron and Nickel
SUBMITTED: August 26, 1960
Card 4/4
40

d. V
1 T1,
i-jya, no.
ER-
-va jta I
Z.
-.,e -metnod of combus~40n in a cy~ir.d-311'
.., ti-e ~i4 f
a, -0oC,
.omation of zolid :,'n-o,i a,'- --'OYS
ZInd S~e
t
oyed. Ta f a c 111 t c .11 Y;
."e-re
ac; ed.
s On a - c)y z I - t.-. e ta D,~ d e r w a
- -14
"'t accc
L~re combus on wa.
cc,-und,,:m crucib-(, A 0 ad.-.,
a; ence. diagz'a-',
tion of producis wJ-kh variable .-.n v
" ~ , - 0 - 'C' rm -% z 11 C,-, 1, s
Fo r :!.nS i rno!'Os c ide ,e
in tre
-ure caiori,-nerer. authors d"LermLnaL~ t"
moie. In a
solid Si dissGivin,; in liquid Vin, and of solid in '1qu-1--
Card 1/2

On therT.-.oc,-.emistr-j of
'-eat
by t",0
defined (,quantities solLdl solvent or Zi) T",t~, heat.,;
a r, d ") I L k, 0C Ti%c
are described by a 6ymmetrical curve with a maximum of ---).35 '1% at
and do :-.~)t 0`1,ey the ec-,I.:I"-.on ',)r regular sollitian'-, C :111., "S !:,%!
:::;-1 -uid tho
t-em. iz ly zh.-.vin t,-,a. thn S In
c e r cal- 's,. and F)i-".n differ sLightly from
ZynThe-Lic aloy~;.
C,
rkoLe: C,:;mplette --ransla-.ion-'
Carc ':)/2

25914 S/126/61/012/001/006/020
E193/E48O
AUTHORS: Gelld, P.V. and Gertman, Yu M.
----------
TITLE: Density of liquid alloys of silicon with .obalt and
nickel
PERIODICAL- Fizika metallov i metallovedeniye, 1.9bL, Val.12, N0.1.
pp-47-.50
TEXT. It was shown earlier Lj) the present author-;, (Ref.1; MI.
1960, 10, 793) that when a 1J.11LIld ferrosI)Icide is formed by
rea.--ting liquid iron and sili(on, it volume corirra~tion A V
amounting to 36% takes place, This effe..t could b(! attributed
either to stronger intera,,tion betwien disaimilar particles
(Esi ~i 4< EFe Si