SCIENTIFIC ABSTRACT ANTIPIN, L. N. - ANTIPIN, V. G.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

7-
USSR/ Laboratory Equipment. Apparatusest Their Theory
I
Construction and Application.
Abe Jour: Referat. Zhur.-Khimlya, No. 8, 1957, 27366.
Author : L.N. Antipin, Yu.B. Kholmnnskikh, S.F.
Vazhenin.
Title : Application of Polarograph to Automatic
Recording
of' Polarization Curves In ?used Salts.
Orig Pub: Zh. fiz. MIMI, 1956, 30, No. 7, 1672 -
167r).
Abstract: The installation for automatic recording or
polar-
Izatlon curves with a polarograph by two difrerent
methods Is described. 1. By the direct compensa-
0 0
tion method with r ii wi"T. deduction of the vol-
tage drop (current me hod In this caaet the
change or the length of the slide wire of the
polarograph corresponds to the change or voltage
and the current is recorded with a galvanometer.
2. Commutator method (voltage method). In this
Card 1A

USSIR/ Laboratory Equipment. Apparatuses, Their
Theory, Construction and Application.
Abe Jour: Rererat. Zhur.-Khtmiya, No. 8, 1957, 27306.
case, the strength of the current Is determined
by the working length of the slide wire and tile
galvanometer serves as a voltmeter. It was es-
tablished at the recording or anode polarization
curves for fused cryolite with alumina (Na AlF64-
3% of A140j) by the current method that Me
method requires a cumbersome treatment or received
results. The commutator method Is sufficiently
accurate for melted salts and allows the curves
without any preliminary treatment.
kA
Card 2A

USSR/Electrochemistry B-12
Abs Jour : Ref Zhur - Khimiya, No 8, 1957,- 26W
Author :,L.N. Antipin
Title : De-pe-MWM Disch&rge Potentials of Alminum and
Bodi=
Cations on Composition of Cryolite Melt.
Orig Pub : Zh. fiz. khimli, 1956, 3o, No 8, 1767-1770
Abstract : The ccneecutive reduction of A13* end Na+
through Al+ and Na+
to the metallic state at various compositions of
melted cryoiite
was studied by the method of polarization curves in
the con-
tinuation of the started vork (RZhKbim, 1956, 5hO71).
The
potential of formation of Al(NO of Al+ attains the
maximum
at 40% of AlF3 vith the rise o~ the concentration of
AlF aiA
is passes through a mjnUm at 54% of AlF3 after that.
~he
curve of the dependenpe of Eft on the AlF
concentration has
a mIn'"am at 15% of AlF3 and a breaking ;dint at 40%
of A'F3'
In general the dependence of the masWitud:: of E 1+
and ~&+
on the AlF3 concentration repeat the cour of t�e BAl an
EN& curves respectively. The author explains the
complicated
character of the curves by the presence of complex
cations in
the melt. The curves of the potentials NA,+ and Z.~
referred
Card 1/2

USS.R/F.lectrochemistry B-12
Abe Jour : Ref Zhur - Xhimlys, No 8, 1957o 26318
to FA, show that the displacement of Us by aluminum is
pos-
sIble only in melts containing 20% of AlF 3* In case of
greater AIF contents, the dissolution of Al takes place
with the f~&~tion of sub-coispounds of Me wA AlF.
card : 2/2

711, 1
USWPhysical Chemistry - Solutions, Theory of Acids and
Bases. B-11
Abs Jour: Fleferat. Zhurnal Xhimiya.. Ito 3P 1958P 7290.
Author 1 8.1. Manetsov, L.N. Antipin,, B.P. Vazhenin.
Inst ft ---------
Title Chmeter of Change in $ome Properties of Aluminate
Solu-
tions in DecomWosition Process.
Orig Pub: Zh. prIkl. khimil) 1957P A Ito 3P 357-361.
Abstract: The character of changes in densityp viscosityp
specific elec-
trical conductivity, surface tension and oversaturation
degree
of aluminate solutions at the decouposition process in
various
industrial regimes Is shown. it is found that these
properties
change very little in the decozqposition process . They
may be
assumed without any great error to be constant in the
couplete
duration of the process with the exception of the initial
period.
Card t 1/1 -5-

1 3-17 T L I lz I !j

T .-T
UPWFkyeical Chemistry Electrochemistry.
AbA ~'our: Referst. 2urnal KhImlyap No 2, 1958.. 3972.
Aut-hor L.N. Antipin, N.G. Tyurin.
Inst
Title 3 Causes of Anode Effect Appearance at Elect.-Olytic Alumi
Production.
OrIg Pab: Zh. fiz. khimii, 1957, 31, No 5, 1103-1110.
Ab?ftract: The author conn cts the appearance of the anode effect
(AE)
vith the formation of fluorine compounds in gases of the XI
bath basing on the results of polarization voltage measure-
ments on carbonp platinum and iron electrodes. AE appears
on previously fluorinated anodes at little cu.-rent dennities
and its duration is praparUonal to that of fluorination.
Analyzing the character of polarization curves of fuses with
various A120 contents, the author arrives at vhe conclusion
that it the 11P3 content was above 0.5$) a wxa-conducting
W-d 1/2 -14-

USEWPhysical Chemistry - Klectrochamistry. B-12
Abs Jour: Referat. Zhurnal Xhimdys, No 2. 1958, 3972.
Author L.N. Antipin, N.G. Tyurin.
Inst
Title Causes of Anode R"ect Agpearance at Electrolytic
Alimduum
Production
film containing COF2 is forming on the anode surface,
and if
the A1203 content was under 0.5$, CF4 is forming. The
appear-
ance of this film exVWns the non-wettability of
electrodes
by the fuse in the cue of AS.
Card 2/2 _15-

ARTIPIN. L.R.; DUDTREV, V.K.
NWNW&1WAr%%W~'
The behavior of a carbon anode In the electrolysis of
cryolits-
alumina malts (with summaky in Inglish). Zhurofis.khim.
31 no.g:
2032-2035 8 157, (MIRA 11:1)
l.Uraltakiy politekhnichookiy institut im. S.M. Kirov&,
Sverdlovsk.
(Carbon) (Blectrolyals) (Cryolite)

SOVI 137-57-10-18787
Translation frorn: Referativnyy zhurnal. Metalturgiya,
1957, Nr 10, p49 (USSR)
AOTIIORS- Kuznelsov. S.I., I.T., Serebrennikova,
ON., Derevyan in, V.A.
TITLEi Properties of Aluminate Solutions (Svoystva
alyummawykh
rast,vorov)
PERIODICAL: Tr. Ural'skogo politekhri. in-ta, 1957, Nr 58,
))p 36-50
ABSTRACT: A study is made of the properties of aluminate
solutions for
density, viscosity, electrical conductivity (C) and
surface ten-
sion, Subjected to the investigation were solutions
containing
-30-3ZO g N20tw/liter and 15-320 g Al 203/liter, with a
basicity of 1.480-3.53. The solutions are made by
dissolution of
grade Aoo Al in chernically-pure caustic. These properties
of
the alurninate solutions are measured at 30, 40, 50, 60,
and
UV Density is determined by pycnometer, viscosity by the
Ostwald viscosimeter, and electrical conductivity by the
Kohlrausch bridge. Surface tension is determined by the
method
of maximum pressure of air bubbles (the "Rebinder" instru-
ment). An investigation of aluminate solutions of various
molar
Card I/Z Na2Ototal A1203 ratios in act-ordance with
strength show that

SOVI 137- 57-10-18787
Properties of Aluminate Solutions
at 'first specific C rises with NaZO concentration,
attaining a maxinium at
90-140 g NaZOt,t,l /liter. and then declines. 'ne triolar
C of alurninale solu-
tions drops smoothly -is concentration rises. Molar C
decreases with in-
creasing A1203 concentration in the solution. As
temperature rises. the C
maximum shifts toward higher concentrations. rhe
viscosity of aluminate
solutions containing up to 100 g NaZO total /liter at
various AIZO3concentra-
tions is virtually the same as the viscosity of NaOH
solutions of the same
strengths. The high values of the molar C of aluminate
solutions and the low
values If the energies of activation bear witness to the
fact that the predonli-
nant Na solutions in dilute solutions are also
accompanied by a smaller
amount of 011'. Viscosity is determined primarily by the
large. and sluggish
aluminate anions. As temperature rises, the density of
the aluminate solu-
tions shows a linear decrease. In dilute solutions, the
energies of activation,
cl and (, art, -100-700 cal/triole. while in strong
solutions they differ and
depend upbn the NaZO:AI203 ratio. Surface tension rises
with concentration
and drops as temperature rist-s.
Card 212 0. B.

ruzurnsov. ~.L. SRYVALIN. I.T.; ANTIPIN, L.N.; MIKHAIY.VA. A.M.
.................
Influance of admixtures on the properties of aluminate
solutions.
Trudy Urnl. politnkh.inst. no.58:51-56 '57. (MIRA 11:4)
(Alkali metal AluminAtes)

ANTIPIN, L.N.
....... ~ ",
Prionry formAtion of sodium during electrolysis of fused
oryolite-alumina. Trudy Ural.politakh.inst. no.58!7145
IS?.
(Sodium) (Aluminw--Electrometnllurgy) NnA 11:4)

ANTIPIV, L.P.; VADIRNIN, S.F.; TYURIN, N.O.
CritiaRl current density In electrolyte aluminum bmth as
devendent on
alumina content. Trudy UrAl.politekh.inst, no,58:177-179
'57.
(AlumlnA) (Aluminum-BlectromptAllurgy) (MIRA 11:4)

A17TNORS:
TITLE,
PERIODICAL.
ABSTRACT:
Card 1/3
SCV/163 55 ' -3/53
Antip,~q, Le 17, 1VaMicnin, S, F- Shcherbako,., V K.
The Electric Condu-,tivity of the Syntem Graphite Electr,.)de
. Cryolite Melt - Dioaolved Aluminum (Elektroprovodnost
sistemy erafitovyy elektrod - kriolitovyy rasplav ~ raat
vorennyy alyunin,.y)
Nauehnyye doklady vysshey qhkoly. Metallurr,~.ya. 19r~0,
11ir It pp ' ' .15 (USSR),
The graphite ale.,.trodt and cryolits) melt were inveatigited
in rej;ard to theit conductivity by the addition
of aluminum metal. The electric ccriductivitr cf this system
was determined in relati-on to the~,ryolite ratio Nap
Ali;
The ele.--tric conductivity of the cryolite mel, is influen,-ed
by the compoundo forninf- In the interaction between al'unin-um
aii,l (Taphite elo,^trcdes On addition cf the Lietal to the
cryolito melt the ele~;tric conductivity is chanGed accordAna
to the taudification of the cryolits~ ratic. Lt the cryolite
ratica 1 9 and 2 7 a maximum of the ele,~-tric conductivity

SOV/167 ~56 1 3/53
The Electric Coni-acti-jity of th.Pyoten Graphile FIectrodp -
Cryolite Malit
Dissolved Aluminum
or-kirs, and at the cryolite rati,\ t F & 2 ~ a r.,in3m,ir,
cccurs.
it I F
The reaults show that ir, the cle(ttro~'v:3iu of tt.o
cryg*.it.-~
meitq COLII,~Iox coe,rou:i;J9 are fornei whiAi ther -,,tr*.v.
tuv(4 and composition at tix cry(.~Ii-ze ra,~ios
A-he presence of ninima and :nuxima it-, the ele.~tri-,
in tha corves proven Unal, th,? interaction bet.wc~czi tho!
,a, --ors
tin a nd A iI t, and the aniono in very i-* In
tii- cryoli.tf, nelt campi- atel cryolite e:mplAxes f -11~k
tyl)e Al F' probably exi.O. The compoui-uLc,~. cf those
-_:zplax~s
n M
chringes ac-cording to the mQliflcoti on oilthe -ryr,*.jLL-~
On the addition of the metal to the rnetal melt a considerable
change in the ele,~trio conductivity occurs. Thie change la
probably based on the interaotion between aluminum and
carbon..
and in also dependent on the change of the otru,..turo
esperial-
ly in the vicinity ofilthe eliectrc)dt, ;~onu., "he-ro are ",
firur-!-3
Card 21 and ') references., 9 ,f which are Soviet,

SOV/163-50-1-3/53
The Electric Conductivity of the System Graphite Electrode -
Cryolite 1101%
- Dissolved Aluminum
ASSOCTATION: Urallskiy politekhnicheskiy inatitut
(Ural Polytechnical Institute)
SUBMITTED: October 1, 1957
Card 3/5

SOV/ 137-58-10-20703
Trans lation from: Refe rat ivnyy zhurna I, hi eta I
lurgiya. 1958, Nr 10, p52(USS 10
AUTHORS: Antipin L N Tregubov, A.T., Vazhenin, S.F.
TITLE: Relation of the Quantity of "Carbon Foam" in a
Cryolite-
alumina Melt to Current Density at the Anode (Zavisimost'
kolichestva 11ugol'noy peny" v kriolit-glinozemnoin
rasplave
ot anodnoy plotnosti toka)
PERIODICAL- Izv. vyssh. uchebn. zavedeniy. Tsvetn.
metallurgiya, 1958,
Nr 1. pp 107-115
ABSTRACT: When the anode cd in the baths is increased, the
change in
the nature of the process at the anode results in a change
in
the amount of carbon fines coming down at the anode to form
"carbon foam". Investigations conducted with laboratory
equip-
ment (in a cylindrical graphite crucible) show that foam
form-
ation starts at cd=0.3 amps/cinz and increases sharply at
cd =0.9 amps/cml. The presence of dissolved metal in the
electrolyte reduces anode losses and changes the nature of
the
relationship. Anode losses for anode pastes of various
compo-
sitions are investigated. They depend upon the composition
of
Card I/Z the paste and the conditions used in baking the
carboniferous

SOV/ 137-58- IO-ZO703
Relation of the Quantity of "Carbon Foam" cont.)
material. There are cd (0.6- 1.0 amps/cml) at which a
sharp rise in the
amount of foam is observed. This requires that
experiments be performed
in an industrial cell to determine the cd at which foam
forination will be
smallest.
B. L.
1. Cftrbon--FoamIng 2. Cryolite--Propertie,- 3.
AIL-dinum oxIde--l~.rOpcrt,iaI
4. "lags--Electrical effects
Card 2/2

A U 101- 1 S Ant,A*i:i.,,,. L. Trcl-ubov, A. T. SIVIC~17-53-3-10/49
TITLE: T-.c, of Graphite S,,mplev When Loaded With Conotant
Cm-rert (Fovedcniye ;r%fitovoj-o ol,raztsa pri nalo~-,hcnli
PM I OD C AL Nwiclhn:~yv dolda-ly vyos,oy 1958,
5n - I-,q
B S,.- R~, C T t-,havio-,r oF 111:o t-,raj;ULe elect-ofle in Uumina
Creolite ::IClts it, the ol-~Ctrolynis With d.C. wav i.,-vos-
T.e vol~,LJC-curvent curve was taken in the,
invooti,~-,zition of the raphite anode it,, air and oxygen
atmosphere. Vie resolta chowed that a chanre of the
couraE- of the volta e curve occurv with an Increace of
tale differo,,cv. 7',o iraphite anode c! vj~n~-ea Its
-01inpe rund color in tho olcetrolyviv. T-,,e dif ev.-Ilce of
"ie --I, hite in the a athoda area was
-" " k, rode aiA c
iI,,-;Oz-,I.I~-,4tod. The doperdence of t',,,.e revidual zat ion
I - e' n
ujun t',c voltn .-o was Inve.,11-ii-t-Aed ind t"C"' L-'V
f ii-iire 4'
C.-i-I 112 From. t' o course tr-C-er; by V~s? curves may I:e

j)-7,,:1 When LL)-vI(: (I Wi th Co.-. t 3~*; 10
ASS C 1 A- 1 C)
t%:it all curv-,.-, tr.%e a ntep-wise cwursc, be-
0,2, 0,5 and 0,~) V. The occurrence of tl;in
o"'vi-al Zzo CJurz~o is licit clarill"i e~ an yet. T~,,c
asau7npt iozi
~O LI" n-,~ (I V.aL t I Provence of d i -;nolved oxy"-ell i I,
t:r.- illite WIIZI~ mriizll~, renpon""ible for L'."In
4 rig,111'es refereleel Jich. *L) Soviet.
poIitekhnioher!:i.,, inntitilt (Ural PoIyt(,Ch:1ieaI
lnst~t,;Ic)
0~,tol,vr 21,
card 212

SOV/149-58-5-7/18
AUTHORS: Intipin, L.K., Vazhenin, S.F. and Sinyagov, A.A.
TITLN: The Nature of Blectrolytic Oxidation of the Carbon Anode
in Cryolite/Alumina Melts and lts Effect on the
Electrical Conductivity of the System (Vliyaniye kharaktera
elektroliticheskogo okisleniya utlerodistogo anoda v
kriolito-glinozemnykh rasplavpLkh = yego elektroprovodnost
PERIODICAL; Izvestiya Vysahi]&Uchebnykh Zavedeniy Tsvetnaya
Metallurgiya, 1958, Nr 5, pp 62 - 68 ?UBSR)
ABSTRACT: The object of the resent investigations was to study
the
variation of the electrical conductivity of the systems
carbon anode/cryolite + alumin4, and carbon anode/cryolite
+ alumina/metallic aluminium, which were polarised by a
DO current so as to obtain data on the optimum current
density in electrolytic istraction of aluminium. The
conductivity measurements were carried out with the aid
of a modified version of a-resistance bridge described
by Abramov and Vetyukov (Ref 10) which made it possible
to reduce to minimum the effects of the inductive and
solf-capacitance coupling on the experimental results.
Cardl/6 A sketch of the apparatus used and the circuit diagram

sov/lliq-58-1;~//18
The Nature of Electrolytic Oxidation of the Carbon de in
Cryolite-klumina Melts mid Its Effect on the Electrical
Conductivity
of the System
are reproduced in Figure 1. The experimental conditions
were similar to those employed by the authors in their
earlier investigations (Refs 8 9). A graphite crucible
con.stituted the cathode (Detail 7, Figure 1) and in
addition to the current-carrying, graphite anode
(Detail 6 Figure 1) there was an Inner concentric with
it, unloaLd, graphite electrode (Detail 5, Figure 1).
The experiments consisted of measuring the conductivity
between (a) the anode and the inner electrode and, (b)
the anode and the cathode under various conditions of
the current density, electrolyte composition (the
molecular NaF/klP ratio), with &nd without the presence
of metallic alusiaium. Two measurements were made at each
value of the current density: one with the DO current on
and one i=ediately after the current was switched off.
(Before switching off the current, the anode was polarised
for 3 minutes.) Since the shape of the curve ah6wing
the relationship between the conductivity of the system and
Card2/6 the current density was not affected by the NaF/AlF 3
ratio

SOV/149-58-5-7/18
The Nature of Zlectrolytic Oxidation of the Carbon Anode in
Cryolite-Alumina Motto and Its Effect on the
Blectrical.Conductivity
of the system
of the electrolyte, the results reproduced in ,the present
report are based on the mean values of the data obtained
for various experimental compositions of the electrolyte*
The variation of the electrical conductivity of the system
graphite elootrodo/oryolite with the current density is
illustrated in Figure 2 (graph 1 - current on, graph 2 -
current off). In Figure 4, the experimental results for
the systems graphite anode/oryolite/metallic aluminium
and graphite anode/aryolite (graphs I and 2 respectively)
are compared with those calculated from the data obtained
by kntipin in the course of another investigation
(graph 3). It is shown that in the presence of metallic
aluminlum the variation of conductivity of the system with
the current density is markedly altered. The results of
the measurements in the system anode/olectrolyte/metallic
aluminium are reproduced in Figure 4 (graph 1 - current on,
graph 2 - current off). Within the current density range
Card3/6 0 - 0,3 A/cm2 the conductivity of the system decreased

SOV/149-58-5-7/18
The Nature of Electrolytic Oxidation of the Carbon Anode in
Cryolite-Alumina Melts and Its Effect on the Electrical
Conductivity
of the System 2
slowly. At 0*3 A/cm there was a sudden drop in
conductivity which then continued to decrease (at a slower
rate) with inereasing current density. Although the
variation of the conductivity of the system graphite
electrode/electrolyte/dissolved aluminium was different from
that observed in the sy6tem graphite electrode/electrolyte
in both cases the relationshtp conductivity/current cz2.
density deviated from monotonic at 0,19 0.3 and 0.9 A/
For any current density the conductivity was higher when
no current was passing through the system. The Ptal
decrease of conductivity within the 0 - 1.1 A/cm current-
density range amounted to 80%. Conductivity measured
between the anode and the cathode varied in the same
manner, except that with the current on, it decreased
more rapidly with the increasin current density.
To check whether the studied relationship was affected
by the anode material, the variation of conductivity of
the systems heat-resistant steel/electrolyte and steel/
Card4/6 electrolyte/metallic aluminium. was also determined, the

BOV/149-58-5-7/18
The Nature of Electrolytic Oxidation of the Carbon Anode in
Cr7olite-Alumina. Malts and Ito Effect on the Electrical
Conductivity
of the System
results being roproduced in Figure 5. In both cases,
linear variation of conductivity was observed. In the
steel/alectrol7to system It increased with the increasing
current density, while in the presence of metallic
aluminium it decreased. This proved that the variation
of conductivity observed in the systems incorporating
graphite anodes was confined to the anodes and that - as
had been postulated before (Refs 1, 71 11) - the changes
of conductivity occurring at the characteristic values of
the current density (0.1, 0*3 and 0.9 A/cm2 ) are caused
by the "tion of anodic oxygen (the interesting fact is
that presence of oxygen in the lattice of the graphite
anode results in an increase in conductivity in the
0 - 0-3 A/cM2 current density ranq). The minimum on
the conductivity curve at 0.9 A/cm is attributed to a
high concentration 6f the carbon particles in the
Card5/6

SOV149-58-5-7/18
The Nature of Electrolytic Oxidation of the Carbon Anode in
Cryolite-Alumina Melts and Its Rffect on the Electrical
Conductivity
of the System
immediate neighbourhood of the anode; at higher current
densities these particles become distributed unitormly
throughout the electrolyte and the conductivity of the
system increases. It is postulated that the change in
the conductivity/current density relationship in the
presence of metallic aluminium is associated Vith the
interaction between lower valency cations (Al and N&2
with the oxygen chemisorbed on the carbon surface.
There are 5 figures and 12 Soviet references.
ASSOCIATIONt Ural'skiy politakhnichookiy institut.
Kkfbdra metallurgii legkikh metallov
(Ura3sPolytechnical Institute.
Chair of Metallurgy of Light Metals)
SUBMITTED: April 28, 1958
Card 6/6

AUTHORS: Antipin) L.N4 and Vazhenin, S.F. GOV/136-58-12-12/22
TITLE: Influence orCaF2 and MgF2 on the Electrical Conductivity
of the System "Carbon Electrode - Cryolite Melt -
Dissolved Aluminium" (Vliyaniye CaF2 ' MgF2 na elektro-
provodnost' sistemy "uglerodistyy elektrod - kriolitovyy
rasplav - raetvorennyy al.,nminiy")
PERIODICAL: Tevetnyye Metally, 1958, Nr 12, pp 56 - 60 (USSR)
ABSTRACT: The authors draw attention to the discrepancies in the
literature on the effects of fluorides on the electrical
conductivity of aluzinium electrolytes,some authors
Refs 1,1 2) stating that the effect is positive, others
Refe 4 5) that it is negative. They outline the results
of thei; study in which B.M. Khamzin and Ya.A. Sallnikov
participated, of the influence of CaF2 amd MgF2 on the
conductivity of the system: carbon electrode - cryolite
melt - dissolved aluminium or without the last component.
As they had previously indicated (Refs 6, 2), results
with such systems are more applicable to practice than those
obtained with the "pure" electrolyte. A Kohlrausch bridge
Card 1/3 with a type ZG-10 sonic-frequency was used, the null
point

SOV/136-58-12-12/22
Influence of CaF2 and M6F2 on the Electrical Conductivity of
the
System "Carbon Electrode - Cryolite Molt - Dissolved Aluminium"
being found with the aid of a piezo-electric telephone.
The measuring device was made of graphite. The experiments
were carried out in a Bilit furnace with automatic tempera-
ture regulation with an URSHchPR-54 millivoltmeter and a
chromel-alumel thermocouple. It was found that for the
system "graphite electrode - cryolite melt" the addition
of 7-9% CaF2 increases the conductivity but further
additions reduce it (line 1 in Figure 1); with the system
including dissolved aluminium it does not change up to a
certain concentration of CaF2 (line 2 in Figure 1), which
depends on the cryolite ratio and above which the con-
ductivity decreases. Addition of HgF2 to the aluminium-
less system for cryolite ratios below 2-5 reduce the
conductivity linearly; for higher ratios the conductivity
passes through a minimum at 5-6% 119F2' With aluminium
Card 2/3

SOV/136-58-12-12/22
1nfluence of C&F2 and MgF2 on the Blectrical Conductivity of
the
System "Carbon Blectrode - Cryolite Melt - Dissolved
Aluminium"
there is a linear decrease in conductivity with increasing
USF2 contents for all cryolite ratios.
There are 3 figures and 9 references, 7 of which are
Soviet, 1 Bnglish and I Scandinavian.
Card 3/3
1

Ah"ripillt L.N.t VAMNIN, S.Y.; SALINIKOV, Ta.k.
Iffect of alumims on wetting of graphite by m1ton
Plumina-
cryolito mixturns. Ehur. prikl. khim. 11
no,7:1103-1103
ii 158. (KRA 1119)
.(Graphite) (Aluminn) (Cryoltto)

AUTHORS:

76-3e
AntiL~ii~, 1. N., Tyurin, N. 0.
TlTLE:
The Deoendence of the
Potential of ft Carbon Reference

~.lectrode on the Content of
Oxygen in Molten Cryolite

(Zavisimost' potentsiala ugollnogo
elektrods. sravnentya, ot

soderzhaniya kislorods v
ranplavlennom kriolite)
1'.'IRIODICAL:

I
Zhurnal Pi Iche koy Khimii, 1958, Vol. 32, Nr 3,
'

-'R)
pp. 640-64; (USI
~
ABSTRACT:
It was found by 0. A. Yesing L. X. Gavrilov and B.
M.

Lepinskikh (reference 1) that the potential of the

electrodes mentioned in the title is determined by the

content
of oxygen absorbed in the coal. Late; a forauls

for the
determination of this dependence in oryolitt-

alumina-electrolytes was set up. In the present workpit

was
attempted to determine thed%wdftce of the potential

of the
carbon-electrode from the content of Al 0 , From

the given
experimental method, Itronows th4mii.6e

potential
determinations,two nethode were employedq

A,;cording to the
first method,a crucible with a diaphragm

of molten magnesium
was used, where the cell had the
Card 1/3
arranrement

The Dependence of the Potential of a Carbon 1eferenoe
76-32-3-22/43
Electrode on the Content of Oxygen in Molten Cryolite
CIN&AAIF
1 6+ 16% A1203 - NQY"F6 + n 'S'A 12051 " C
The second variety used an arrangement which was used in
Investigations of the anodic effect. in the performed
experiments,a very strong influence of the aluminum
dissolved in the plectrolyte upon the electrode potential
of the cr.rbon-electrqde *an observed, whereas the
character of the curve Indicates a complicated interaction
of alumina w.;th the molten cryolite. ;t is found that the
above-mentioned formula of calculation, to judge from the
experimental results, is not applicable. The reeintanco
measurements in the system CINR 3AlF + n~-.ki203IC showed
that at a content of 1% Al 203 a maximum exists, whereas
In
the interval 2-10~ Al 203no great difforences were
observed.
There are 3 figures and 8 ref9rencesl6of which are Soviet.
Card 2/3

The Dependence of the Potential or a Carbon Reference
T6-32-3-22/43
Electrode on the Content of Oxygen in Molten Cryolits
ASSOCIATION: Polltekhnichookiy Inatitut im. S. X.
Kirova, Sverdlovsk
(Polytechnio Inatitute imeni 3, V* K1roYq Syerdlovsk)
SUBMIITED: September 28,, 1956
Vard 3/3

g= =r.=jv?jow SM/2216
sev'reftchanlyt p0 eektrountati. *CA,
x"Row. IVA.
Trudy... I I obeftlul (Tra"aaetta" of t"
Four-ft Conference a" 9ITC%-
rqwrr~wts-rF; COI-'OCC-on Of Article*)
0104caa Ztd-" AX 'Sal -
1959. a" P. Irrata all# %n"rt*4. 2,5W
topics prtnted.
pOnOOrIP4 Agentys Awadwalya a&" 33SA.
Ot4olealye WAIAlchoodtaiN
IdItorlal Boards A.M. rrwfttn (Best. 94.)
Ae"ONICIAft., C.A. Isola,
Prefesoort $.I. Zhdana. (Reap. S46rGtAr7),
S.M. "04"v. PY'a
or.-
to"Or. 3.1. Zbdwwv (Ramp. 3* &r7)j S.M.
SAW-", PrOfc-"r,
To. M. 9610tyruln. Doctor of chowleal
Sciences; V.I. Lose,. ?.I..
IA*Otswv. Prof.9#01-3 Z.A. solov."Tal V.I.
3tender, Frores"r..
6" a.m. plorlafte-2eft. 94. of PUlottaftIng
MOU"S A.S. TodorC,;
?we&. 24.I ?.A. rMsaweve.
PWtP=r T%I2 book to Intormlod for Chemical
and electrical OM-
"ovro, Psysiciats. wats.-urv-sto and
researchers tatereeted Ift
a--I va~,rto4o &seects or a loot
rocnea-zait ry.
"to"MA411 The bO4PG coota.;%& :27 of tk*
138 rwportm prooofttd at
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Ato'de"S' Of $410ne". 03"- Tn* 901114ttlOO
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FAST ry. 'L-T- PROC=MS :5 ?=-zC" 309
Tooln. O.A. (are-okly polltww.. .eboaw:y
Iftetttut;.~raj Poly.
---T*e3~ftIC Institute). sectrodo Processes
in n-od 0..-4..
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Card 34
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Card
C

10M,50),80)
AMORS: -Anti 'I)- iAs_1,16A Vazhenin, S. F., SOV/163-59-1-11/50
tlnyagov, A. A.
TITLE: Influence of Current Density Upon the Electric
Conductivity
of the Syatem Carbon Electrode-Kryolitho Melt-Dissolved
Aluminum (Vliyaniyo plotnosti toka na elektroprovodnoet'
aiatemy uglerodistyy elektrod-kriolitovyy raeplav-rastvorennyy
alyuminiy)
PERIODICAL: Nauchnyye doklady vysehey shkoly. Uetallurgiya,
1959, Nr 1,
PP 48-52 (USSR)
ABSTRACT: The bridge circuit described by Abramov and Vetyukov
(Ref 0)
served an the basis of the measurements carried out in this
investigation. Into this circuit additional capacitien were
introduced. They prevent the direct current from entering the
Input of the amplifier and the hiCh-frequency generator. A
reactive coil was inserted to avoid a nhort-circulting of the
alternating current caused by tr control resistance. A VSA-8
selenium rectifier wan used no a direct current source, The
measuring instrument was identical with that used in the work
by Antipin, Vazhenin, and Sucherbakov.cited by reference 1.
Card 1/3 The conductivity was measured between the outnide
electrode

Influence of Current Density Upon the Electric
SOV/163-59-1-11150
Conductivity of the System Carbon Electrode-Kryolithe
Melt-Disaolved Aluminum
serving an an arode and the inside electrode (carrying no
current load), and between the anode and the graphite cnicible
serving as a cathode. The experiments showed that the vari.-
ation of the electric conductivity of the sy:ltem
anoie-electro-
lyte-dissolved natal differs from that of the system without
metal if the cur-rent density at the anode ia increased., In
both cases, however, deviations from the monotonous eourue of
the curves were found at current densities of 0.1, 0.3, and
o.9 amps/cm2. In the range of 0 to i.j amps /cm2 the electric
conductivity drops by 80 %. When the conductivity was meas-
ured between the anode and the cathode, a similar relation-
ship was found, with only the difference that the conductivity
decreases much more rapidly if the current is switched on.
The graphite electrodes were replaced by metal electrodes
(of heat resisting steel) as to solve the problem whether the
material of the electrodes Influendes the nature of the con-
ductivity versus current density function, and whether the
rules found to govern the behaviour of Craphite electrodee are
specific only to them. The results of the inventigation show
Card 2/3 that in this cane the conductivity varies an the
current

Influence of Current Density Upon the Electric SoV/163-59-1-11/5C
Conductivity of the System Carbon glectr6de-Kryolithe
Melt-Dinnolved Aluminum
density. If a metal is introduced into a system with a metal
eloatrode, this relationship becomes rsoiprocRl. The experi-
ments showed that the complicated nature of the course taken
by the condue-tivity versus current density function in the
system slectrode-olectrolyto and electrode- electrolyte- dis-
solved metal is determined by the processes occurring in the
carbon anode. A comparison of the results of the present paper
with those from earlier papers (Refs 3-7) lead to the concluelai,
that the pronounced variations of conductivity at current
densities of 00p 0.3, and 0.9 amps/om2 are connected with the
interaction of carbon and oxygen. There are 3 figures and
8 Soviet references.
ASSOCIATION: Ural' skiy politekhniobeekiy Institut (Ural
Polytechnical
Institute)
SUBMITTED: April 14, 1958
Card 3/3

ANTIFINg L.N.; VAMENINt S.F.
Effect of metal d1teolved In an electrolyte on the
magnitude of
the critical ourrerit density, Trudy Ural, politekh,
inst. no#981
116-120 160, (KM 140)
(Aliminum-Ilectrometallurgy)

ANTY-M-o-IJ44-VAMENYIN, SZ.F. [VaShanin, S.F. ];PACZOLAr, Gyula,
vegy9swernok
[tranalAtor)
Optimum molar ratio of the eleotrolyte of aluminum slactrolyzers.
Koh lap 93 no-8052-355.Ag 160.
1. Urali ~kegyetez Konr(Yufemkohaazati Tanssek, Siverdlovask.
(for Antipin and Vashanin).

ANTIPIRp Lev -- Nikolayevich; VAZHENIN, Sergey
Filippovich; KALICHENKO,
V.S '0 r4tsonsontl SYTCHINA, M.N., red. Isd-va;
IVRXINA, TO.D.g
tokhn. rod.
(Saving of electric power In stopped-up production
of aluminum)
Skonomila slaktroonargil pri intensifikataii
proisvodetva aliu-
miniia. Sverdlovsk, Mota.11urgisdat, 1961. 34 p.
(MIRA 161l)
(Slectrio power) (Aluminum)

PJ24MI, Samuil. Izray3.*vichjj,_AMT_IPIN7 L.N.,
retsenzenti SYRCHINA, M.M.,
red. lsd-va; MATLYUK# R.M., tek& .- red.
(Anodic proasen In the electrolytic production of
aluminum) Anod-
nyi proteese pri elektroliticheakam proisvodstvo
aliuminiia.
Sverdlovsko Gott. nauobno-tekhn. iz4-vo lit-ry po
chemoi i tevetnoi
metallurgii. Sverdlovikoe otd-nie, 1961. 143 p. (HIRA
14s6)
(Aluminum-Zlectrometal.lurgy)

ANTIPIN, Lay Nikoloyeylchi VAURNIN, Sergey Filippovichi
KALICHENKO, V.S.,
.. -1- reteenzent; SYROINA, H.P..,j TURKINA, Ye.D.,
tekbn, red.
(Sconotv of electric power consumption with an Increase
in
alumin= production) Skonomiia elektroenergii pri
intensifi-
kats1i proisvodatva aliurinli&. Syerdlovokp Goo. nsuohno-
tekhn. isd-vo ]it-ry po, cbernoi i tevetnoi metallurgii.
Sverdlovskoe
otd-nie , 1961. 34 p6 (MLAA W10)
(ALMInuD-Blectrometallurgy) (Electric power)

L 1��02-63 WP(q)/EWT(m)/BW AFFTC/ASD JDAHA
ACCWSION NAt AP3000203 s/oo2l/63/ooo/oo3/o6l8/o623
AUTHORi Chernd)a*bo It Pts Ant M. Y
AtekL L, N, i and 14shkar I ov,
TITLEt Producing disperaed &a-& 9- U* -, 19-01;~;;-Xrelectrioal
reduction of dif-
ficultly soluble compa%mis in fused me&& Prosent*d by YU9 K,
Deli"rs')W*yv
vkmber# AN URSR)
SOURGRI AN Uk= DOPOVidis no* 3v 196)v 618-623
TOPIC TAGSs xatAl poWsr# electrical reduction, metal oxide dioxidea
trioxide
compound. current density* electrolyte, fused electrolyte, alkaline
metal chloride
ABSMCTs The authors state that there is wide use of vietallio
povders in
industry and that they are of espeoial significance in a relatively
new branch
of industry - powder metallurgy. They produool dispersed metal
powders by
electrolysis of diffioultly soluble and fusibl-& oxides of metals
(Ho. VICr,
Coo His Ti vA otbars) In alsotrolytes of fused alkaline alkaline-ea
metal chlorides contained in a 300 oo to crucible TxPeriments show
that, in the ro&otion of Fs sub 2 0 sub 3, thtt maylum current
ot%put is
Card 1/2

L 16607-63
ACCEMOR NRt AP3000283
obtained at 800 degrees C-intigrads &rA with a ftment density of I
ampere
per square conti"ter. Tie dondritio poWers obtabwd'wers of 10 to 30
vdaron size vhioh indioatoss the feasibility of their use in the
manuftature
of metaUppersido parts* Origo art. has: 3 tableal 2 graphs arA I
microphoto,
graph.
ASSOCIATIONi Mr. darshawy#y proaktny#y insky0tut kollorovoyi
notalurglyle
Zaporizlky*y f&rmatsevty#,:hrq$y lnsty*tut (Ukrar4an, State
Plannini Instituti
of Nan-Zerrous MetkIlMMI Zap*rWde Phamcoutical Institute)
SUMMED i fty62 DATE ACQt WuhO ENCM 00
SUB CODEs ML NO REP SOVi 010 OTHERt 000
CGtd 212

ANTIFIN, Lev Nikolayetrichl VAZHENIN, Serpy
Filippovicil; UNPELI,
- , I 31"101P.11, LsHap rod,izd-vaj ISLFM IYEVA,
P.G.,
tokhn. red.
[Electrochemistry of fused saltal Sloktrokhlmiia
rasplav-
loDMkh Bolil. Moskva# Metallur;gizdatp 1964. 355 p.
(MIRA 170)

'!~ I III *v , ~ r " I I *; . - 1; ilk . , i 11".1. .-
I. , . -
, I . I . , A IN T % i : , ,I . 4 1 m . : . j . .: - ~ ~
I '. I ; ~ ; ; : _N*: T*
. . ., I . I , ~ . , .- ; I . . .
.. - t " %,. ! he or, , , " # - ~ I .
,,, , I , . .: 1 : % I ci t , , , I ,r '. . , I
. . ,: , ly , , , 1, 1 ,, ~ I ~ '. ~-, ~ , 1, , .
.;", I
L t , 1,;V!,.,. mel . 1 11 11 . . 8 , , i " " 6~ 1~
, ! - , If-, 0 ~~ M., ~, ,, : * : 9 ,

IV' , N . ; V A 4il'.1 IN. - A'#- I F I NL, 1.
f -
U:,c ,~ -i mlCllonopc for 1,1 -"Ing tho Of
stnt~ If zialt :4yrt.,-ms. ilvir. "I.. khir,. 1,~
no.-s5~'4-VI F 16 5.
1. Ukrilir-kly goaudaratpmnyy proyoktryy I
1-intitmOt, tavotnoy wtnlllirpii.

VARFOLCUEYEV, D.F.; BUGAY, Ye*Aol DUDIN, V.N.; '"'AGRYATSKAYA,
L.M.1 ANTIPIN
"'A "11,
!L.t..; MARKINA, A.1.1 POLINSKATA, M.R.; I
Recovering spent caustic using flue gasen. Trudy Bash NIINP
no.5i
319-322 162. (MIRA M10)
1. Ordena. Lenina, Ufimskly nertepererabatyvayushchiy zavod.

M-kSAGUTCJV, R.M.; BERG, G.A.1 VARFOLCMIZYEV,
M:aONOVt A.A.; KIRIIIDVI T.S.1 PAU, G.M.; WIFIN, M.Y.;
M-ETIO'K(),
P.I.; SMIRNOVA, S.G.
I~ydrotlning of diesel fuel with dacreased exle-ndIturo of
hydrogon
on an industrIal plant. KhIm. I toikh, topl, i mavol 20
no.20-6
F 165. (MINA .18:8)
1. Ba:jhI-IrskIy nnuahno-Iv:;IeJovatqIIskI-y Inatitut p'.
perara)-)tIft
riefti i ct-denck LsOna Uflmmkly tavode

OSIFOV, L.M.1 ANTIMp K.J.; KHAVKIX, V.A.
Pleat praotiois in regenerating aluweobalt molybdenum
catalysts,
Nefteper. i nafteikids. no.70-9 165. (MIRA IBM)
1. Ordans, IAmina- Ufimskiy -nef
tapararabstyvAy"hahly &aYod i
Wesayusnyy nauahno-lomledoystellskiy Inatitut po
perarabotke
ne-fti i gazov I poluchanlyu iskusetvannogo shidkogo
topliva.

1-,ASUPIR, M.N,$ iaxb,
Changes introduood to the design of the O)bvagl steam englne*
Thergetik 6 to. M14-15 D 060. (MIU MID
(steam engines)

ANTIPIN, H.S.
-- . ~ .1-
Some data on late
IAOU No.6t105-114
fall sowing of spring wheat in Tafttia. Uch.zap*
159, (MIRA 13,12)
(YaWift-Wheat)

'11. 7.
"Vo dptcrrla%tiun of th* nunber or Inorm--ill ac-inritrir
!"nF13 in 'Alevi3ion
trwismission tubes in ter-ar, of outside pittArns." Min
fligher Wrf.-Aion U-23.
U)nLn,-rnd Electrical &-icinn-rinF! lnat i.-~renl V. 1.
Ully-m,)v (Lenin). Ch,tir
of rolevi:3ton. Lonln,_-r%d, 19~0. (Lis.-ert-ition For Vv~
of G-uOidate
In fechnLenl.
KnI7~hnjya Totopial
No 21, 1950. Moico-4.

AUTHM AE~ ~in ~M :;ov/io6-56--9-2/17
TITLE: The Frequency Spectrum of the Video Signal of
Vertical
and Hor1rontal Wedges in the Test Chart (0 chastotnom
spektre videosignala vertikalljiqp i gorizontallnogo
klinly" ispytatellnoy tablitsy)
PERIODICAL: Blektrosvyazll 19~d) Nr 91 PP 7 - 17 (USSR)
ABSTRACTs It is concluded the horizontal wedge is
unsuitable for
measuring the transverse resolving power of a television
system. The present form of test chart, 021+9, uses
vertical and horizontal wedges for estimating system
resolution. Their use is justified if the video signal
contains no spurious components. Until the present time
the only published account of the video spectrum of a
simple shape is that due to Portz and Gray (Ref 1). This
paper is of little interest since it gives no information
on the effect of spurious responses on 3mall details in
the image. Fig 1 showa the geometry of a horizontal
wedges 2d is the least transverse dimension of the wedge,
k is the aspect ratio, oL is the slope angle of the wedge,
Card 115 Eo(x)y) is the brightness at a point (x,y).

The Frequency Spectrum of the Video Signal of Vertical and
Horizontal Wedges in the Test Chart
Equation (1) shows how to decom 0se a 2-dimen3ional
periodic function (Ref 2) EOU,y) is then given by a
double series as in (2). Sunraing all the components of
the same frequency, the series Is re-arrangod in (3)$
where Aoo is the constant conponent of brightness, A~, is
the x-axis harmonic, An is the y-axis harmonic, Amn Is the
amplitude of the harmonic which is periodic in both
directions, y mn is the phase angle associated with Amn-
Fig 2 shows the results of spectrum calculations for
wedges of semi-angle 10, 30 and 60. The frequencies are
normalized to line-froquency and the number of lines Is
also varied. It will be 3een that at certain fixed
frequencies there is more than one luirmonic componont
and this gives rise to spurious responses. By increa-
sing dand zj the number of lines, the spurious level
decreases and vice versa. The first action also shifts
the unwanted signals to the upper end of the spectrum
Card 2/5 while the second does the opposite. The frame frequency
N

SOV/106- -9-2/17
The Frequency Spectrum of the Video Signal of Vertical and
Horizontal Wodg03 in the Test Chart
has no influence on the result. The physical explanation
of the phenomenon is given in Fig 3. The sloping lines
give rise to harmonic component:; of different wave-
lengths A . A horizontally scanning spot encounters
them all at equal intervals and enerates components of
the same froquoncy. Equation (9) is the expression for
point-brightness with a vertical wedge and Fig 4 rhows
the video signal com.pononts in a way similar to Fig 2.
The level of spurious responses is very low and the offef,,t
on tho Image Is slight. In order to outimato the likely
level at which the spuriou3 resdonce Oaoire' pattern) will
appear when a horizontal wedge 13 u.3ed, the brightno3s
distribution (Oausstan) of Fig 5 1:; a3~4umod. Hquation(11)
is the transfer function for the brightness components of
the spurioua olements. 'Elie Interesting parameter here
Is g I the ratio of the scan pitch to the nominal radius
of the scanjIng spot. According to Ya. A. Hyftin (Her 4)
there Is an optimum value of this )arameter to give best
k;ard 3/5 legibility, viz 2-2, and with th13 3ubstitution
Fig 6 shows

3OV/1v6- 56- ~i
Tile Frequency Spectrum of the Video Signal of Vertical and
~,orizorital Wodgo3 in the Test Chart
the transfer function (11). The absci!13ao quantity is the
ratio of tho number of harmonic com,-)onents in the
y-direction to the number of scanning lines. The most
objectionable response occurs whon (12) Is fulfilled and
Fig 7 ahowi how the magnitude of thi3 worst effect varies
with the value of Below 9t = 1-5 thore Is little
effect but betwooA:5 and 2-5 he effect Increases five
times. Under ordinary scanning conditions tho maximum
value of (11) is 0.35. Fig 8a shows the effect of
scanning the horizontal wedge of Fig Ob through a photo-
telegraph system equivalent to a television channel.
Fig 9 show3 the same conditions for a vertical wedge.
"'ard 4/5
k
o,

3MIA-56-~-2/17
The Frequency Spectrum of the Vidoo Signal of Vertical and
Horizontal Wedges in the Test Chart
Hence the horizontal wedge may not be used for resolution
measurements because of the motrO puttern created.
There are 9 figuro3 and 4 reforencos, 3 of which are
Soviet.
SUBMITTED: February 2)+, 10~ 58
Card

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40-or-" tow lq~ 0
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van @&ova& tw Va *w%mmmw 1"tIms at me SPAMIM %6bamosal on" at
andle - I - Ommallaud" 116 A.*. P"" ("ash flmo$-#

RVTIN. X.T.
Now method for evaluating the revolving power of
television
tranenitter tubes* Shurstekh.fit. 29 no,W52-260 7 059,
(HIM 12:4)
1. LeningraAskly slektrotOhnicheekty institut im.
V.I.UlOjanova
(LIOMPA).
(Television-Transmitters azA transmission)

ABTIPIN, M.Y.
Determining the longitudinal resolving power of
pick-up tubes by
two points of the aperture characteristice Teit.kino I
televe 4
no,,6t49.,56 Je 160, (MIRA 13:7)
1, Kafedra telovidentya Leningradskogo
elektrotekhnicheskogo
Instituta. Is. T.I.Mlynnova (Ionina).
(Television cameras)

--
Prewparation for surveys of natural meadows and pastures
in FIyatan Provinces
Kom. bate 3 no. 7v 1952.
SOt KLRA. September 1952.

RAKINSKIY, Imontiy Grigorlyevich, doktor b1ologicheskikh
nauk, profeevoor
Cdecoased]; TSAISBXKLN, X.A.. doktor sell
skokhosymystyannykh nauk,
professor; CHIZHMV, O.N.0 kandidat sell skokhostaystrennykh
nauk;
LIZIZTN- LAW. kandidat sal'skokhosytystvannykh nauk;
NCFtO2OY# D.N,O
rsdaFtor~- BALLW, A*I.j tekbutcheskiy redaktor
C31cological rating of forage lands based on reptation]
Zkologiche-
skala oteenks kormovykh ugolii po rustitellnomu pokrova.
Moskva,
Oos. isd-yo selikhos. lit-ry 1956. 470 p. MRA IW)
(Botany-Icology) tPastures, and meadows)

TSATSMMIN. I.A., prof., doktor
sallskokhosyoystvennykh nauk; ANT11P.11,
N.A., kand.sellskokhosysystvannykh nauk; CHURIKOY,
O.N., kand.
sellskokhosysystvannykh nauk, Prinimall uchastiye:
NXNAROXOT,
M.L. lugoyod; XAVIR, N.Y., insh.. YlKiCLIYANOT, Y,V,,
red,;
ANTONOVA, U.N., takhred.
[Methods of evaluating natural pastures and meadows]
Hatodiks
posportizataii prirodAykh kormovykh ugodii. Moskva,
Isd-vo H-va
sell. khoz. SSU, 1959. 109 p. (KIRA 12M
1. Koscow. Veasoyusnyy nauchno-iseledovatellskLy
Institut kormov.
(Pastures and meadows)

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Ab". Sdak &S.S.K. 70,
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crodblo. with wicilits At an catbodo &old
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amede. A fint4rained substailm found in the
melt was
instill. In IlF. tind it* a was "pal to that
"t W. Cak-a.
of &-raw it. aval client. analysis
intlicall, 104C. Me anit of
Sic increased vifill little. letilrbills '.1
14% 1-1 lot, In 0 hil
ok thf shileaft of mtt&6- At. NC IkU IRA
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Zher. Prikkid. KAiJ -441 "-*T
Wo . &t. the MI.
tions of (mmullon ~- =54'ls and soine of its pro M~tlts, Cl
WIL-1 14joed over 81 In a qaartt tube mAltitained at diffestal,
lempi. All of the Cl ttkettd at the entmneo end of the
tube so that only &CI4 Ixawd on to the high-ttwi). s*ie of
the teactor. the quartz oxidm-wrt plaer-I at the tilt end of
the tube nete clean at the lo*cr trinri. mmil covetrAl with
tlementail 81 at the blibir telnps.; Lhi$ lndk-alcm thrt the
to4uct forrnM (SICIt) decomixi. 714c mol. rmio CI/St
hi the gP3 pb.k-w pinttol is a function 4 the ttmp. &aye the
t
f,>11'," I is I the ratio at the tcvrtp~. 11741. 1223.
127,.1,171.1473.1,673, and 1673'K.: 4. 4, 3.05, 3.76,
The calol. valmrst,f the rqttll.-.
const, fat the reaction FiCli + & ;:.-! 2'PiCls wme 0 'OZ57
0.1 42's, 0-0.5, 4.72, and 18 at 127.1, 1373, 1473, 1673, aA
1013'K.. top. For tha mricy(Yn(!i,ig temps. the We
!rxiej of the teactIon were (aic,l. m f 14.7, 4-11.0,
4-3.82. 3.6, and -0.7; the IrEe trmtits of formation'
from (bydiflettmv) -42.39,
-44.7. -413.81. -43.8, and -50.7, tesp. I'lle increase
th Stability with Iti"P. cowsponds to tile tame eflat with
simil-ir comods., CO. SO. and AICL 1. Dentowits

v .; SHIRBOV, 06M.
tension of yarn ends with forces acting In mayoral
directions, Isv,
vys,uohab.sav.jtskhetskst,prov6 no.5t 110-113 160,
(MIRA 13:11)
1. Zhilanovskiy "Otallurgicheskiy Institute
(yarn) (Textile mwhinerr)

N" 1'X, iy J~j*P
~ojte wl'tr, a p-#-i.,.-rted square-
(mIRA 17,10)

P.y., !!lzh.
Vetomining mtrtisres In the WsIllng, of et part in
ense of
Itm wringing fit on a roumied trihedral rhaft.
Rnrwh.na
prochn. no.1109-195 105. WIM 1r,,1)

ORLOV, S.I.; KOIXOGOROV, V,L,;.APT;PIN, 5,V.1 ZAVAROV,
S.I.; 50LOVITEV, B.P.;
VOROBITEV9 GX; KIRCHUNOV9 A.I.
Introduct1pn of sectional drav-latav for the manufacture
of low-
carbon wiro-ste*l, Mstallurg~10 no.lOt28-29 0 165,
(MIRA 180.0)
1. Ural'skiy nauchno-issledovatellekly inatitut chemykh
metAlloy
i Revdinskiy metizno-metallurgiche'okiy zavod,

j . ... . ; . i,. .
..' 7,
4!. , .. (;- , ~ ~
,,, -yz :-r.
7 . ~nc '~'r V C %-u -.,% Cc-'- cccn-" "?n !-~-: 1.' ~'~ - ,
9. Monthly List of Russian Accessions, Library of Congress, J` nua
17 .1953. Unclassified.

ANTIPIN, S.Y.
kw-r-., -~ ~ ~4 W-, i~-- -,
low nothod of determInIng the closeness of a fabric's
weave.
Takst.prom. 14 no.2:)O F 134. (XLRA 7:3)
(textile fabrics)

Instrument for meastwiag the tension of the warp and web.
Tekst.
pros. 14 n0-11:30-31 N '54. (KLHA 8:1)
1. Uveftushohil laboratoriyoy Leshnevskoy fabriki.
(Textile machinery)

ANTIPIN. S.V.
0, ,- ~- - -, "
XxWrience acquired in staple fiber processing.
Toket.prom.16
no,100-52 Ja 056, (KLU 9t4)
(Leshnevo-Textile in&tetrY)

x I
- - -- -- - V - -- - V,
ANTIPIN, S.V. - -,-
Ways of increasing the site of waft packages. Taket.prom.
17
no.1006 0 157. (MIRA M12)
1.Zaveduyushchiy laboratoriyer Lethnevskoy fabriki.
(Loon)

ANTIPIN. Sol,
Ways to Improve the physicomachanical properties of
cotton yarn.
Taket. prow. 19 no*7:76-78 JI 159. (MRA 12:11)
1.Z&vedWushahiy Iashnevskoy pryadillno-tkAtekoy
fabriki.
(cotton yarn)

--AATIPIN.
Simplified layout for spinning stable fibers.
Taketeprome
20 no.616O-61 Je 160. (KIRA 1317)
L Zaveduqusbohly laborstoriyay Lashnevskor
pr7adilluo-
tistakoy fabrikio (Spinning)

A !T1 I I'l N,
Xpe'.'ll orloo 1 a tlw I olo I,"! In
cr 3pun yarn. lfe~~t.

,ANTIFIN,P V.
Improve the structure and reduce the staff of state
farms. ?in.
SWR 92 no,1177-79 Ja 161. (MMA 14il)
1. Nachallnik otdola finartalrovanip sellskogo
khosyalstva Kraa-
noyarskogo krayfinotdola. l
(Krasnoyarsk Territory-State farms-Finance)

ANTIPD, T2
hvfitablenese io the main thing. M*WSR 23 noollt60-64 N
162a
(KM 15112)
lo Nachallnii otd&la finansirovaniya sellakogo
kbosyaystra Kmo-
yoLrskogo krayarogo finannovogo otdola.
(Krasnoya*s Torrit-ory-AgricUture-Finanoo)

grind. voter. nfiuk; P-N': I i V.
i r. , vetprin a r.%Yy YrRch-, rl N"'I V C' I':..
vrnrh
Irmitilzation of young pige -gainst pnrAtyrhf)Ad
fover fil,
are. Veterinotriln 41 no.-,,42-45 JI 164. M*pA A-D
1. Leningrndsk!y natinhiiu-lsiiledovfttellttkly
vctorlho-n'yy
(for Fogonyaylo). 2. Kemprovsksiy,% obbotnNue
laborat,cirlyn (ffr Antipin, Tovstukho). 3.
prol,avMstventioyu upravlontye, Pakovskoy otltvlt~

AU-,K~)Ohll, S.h.; UT1111i, V.A.; ARUYUOV, V.S.;
BAWAYR, G.A.,
inzh.; VOLODO, V.Ye.; GOLIDELDE(G, L.L.; GURITA,
B.S.;
OOMNO D.A.; GAISHIN, E.Ya.,- DEW(KEVICH, Yu.V.;
DOWNENKOV9I.H.1 KLIHOVI I.Yn.p ttoktor toklin.
unuk, prof.;
LMMKII, V.E.; WTONIP, N.V.; VOLOWOV, A.V.,
dot.-,.-,
NOGD1, A.Ya.,- PAKHOMOV, N.M.; FROTOSAVITSKAYA,
Ye.A.;
i!OMOV, I.V.; CHUMMY, L.A.; TSLYTLIN,
A.G.;SrRAV1YK,P.K.;
XOSHCHALS.KrY, N.A., doktor tel?"Im. nauk, prof.,
red.;
MAEVALYWK, M.V.p red.izd-va,- T124KINA, Ye.L.p
takhn.red.
[Corrosion 1,rotection In the construction of
induntrial
buildings) " nshcUta ot korrozil. v prorlshlennor.
atrolt7 11-
stve. Moskva, GoastroiizdA, 1963. 406 p. ("U 16t12)
(Corrosion arki &nticorro.-4yec;)
(Industrial buildings)

ANTIPIN, V.A.
Milling and cintorLng machine, Diula
t#Akh,-*kon.inform.Gos.nAucb,-
issl.inst.nauch.i takh.inform. 17 no.b"-45 164. (KIRA
17s2)

t%NT11- : BMAS. P.R.
Result of studies and prospects of harvesting grain in
sepamte
stages In the torthwestern region of the U.S,S.R.
ZeTledelle 5
no.7-.47-52 J1 157. (KLRA 10: 8)
1. fSevero-sapadn". nauchno-Iseledovatel'skly Institut
sellskogo
khnzya~wstva.
(kiWs. Nnrthwastern--Grain--Har"atirig)

ANTIPIN, Venlamin Oeorglyevich; OHIGOR41-9y, Bergey
Mikhnylovich-, WRITS,
Abram Dentelanovich; CHAPSKlY, O.U.. red.; MOIMSOV.
N.O..tokhn.red.
(Grain combines. windrowers, and pick-up mechAniess:
structure,
operation And maintenAne"] Zenouborochnye kombainy,
rindkovys
shatki I podborshchiki; ustroistvo, regultrovkn,
tekhnicheskiy ukhod.
lzd.2-os. perer.i dop. Moskva. Gos.lad-vo
sellkhos.lit-ry, 1057.
559 P. (MIRA 10:11)
(Combines (AgriculturAl machinery))

JUMPIN, VezqAmin Georgiyevich
(Grain combinosp windrowerep end pick-up
mechaniew I
Zornouborochriya kombeinyl riadkovye zhatki i
podborshchiki,
Izd-3-, parer. i dop. Hoskyap Goa. izd-vo
sellkhos. lit-ry,
1959o 647 pe (MIRA 1514)
(Combines (kericultural machinery))

ANTIPINo Y.G.
Universal mounted solf-loader and self-dumper.
DiuLtakh.-skon.
inform. no.4t$"P.,160. (MIRA 13ill)
(Dump, trucks )

All-1111,11i, Vvil=iu GoorgUovighl GUGORIYEV, Sergay
EMmylovich;
Abram Dentaianovich; CHAPSKIY, O.U.j red.1 iik-AYOVA,
L.G.p tekhn. rod.
(Grain harvouting combines and the organization of
combine
hnrvesting of Crain cropB]ZornouborochrWe korbainy i
organi-
zatelia konbvinovol uborki zernovykh kialtur.
Loningradp Snll-
khozizdat) 1962. 383 p. (MIRA 15110)
(Combines (Acricultural nnehinery))
(Graln,-Harvo sting)

TRUBIN, B.G., prof.; WHOM, A.B.; GRIGORIYEV, S.M.; IVANOVICH,
EA; MILINIKOV, S.V.j ANTIPIN, VA, kand. takha. nauk,,
reteensent; VOLKOVj B.G.# kud. tekhn. naukp rotsewent;
MULIAYANOVI R.G., kand. teklm.nauk, retsenzent; QVSIUKOV,
V.N., kand. tekhn. nauk, retsenzent; BELYAYEV, A.S.g et.
nauchn" sotr., reteenzent; KOZLOVSKIY, Ye.V., insh.,
reteenzent; TRAK, EA., insh.0 retsenzent; SIMONOVSKIY, N.Z.,
red,isd-val SPERANSKATA,-O,V%, takhn. red.
(Agricultural machines; theory, design, and calculations)
Sell skokhosiaistvannyo mashiny; teoriia, konstmktaiia i raschet.
Pod red. B.G.Turbina. Moskva, Haahgis, 1963. 575 P.
(MIRA 16:5)
1. Nauchno-looledovatellskiy inatitut nekhanizateli i elektro-
fikateii sallskogo khozyaystva Severo-Zapada (for Antipin,
Volkov,
Mullayanov, Oveyukov, Belyayev, Koslovoklyp Trek).
(Agricultural machinery-Design and construction)

ANTIPIN, V.G., kand. takhn. nauk
Determining the output of grain har-reating combines.
Makh.
slak, sots, sellkhoz. 21 no.lil4-17 f63, (KMA l617)
la Nauchno-issiodovatellskly inatitut makhanizatali i
elektri-
filcataii sell8kogo khozyayatva Severo-Upada.
(Combines (Agrinultural maehinory))

Yo.l.; 101. EKO, 11.1.j A":'111IL,
'4
dc,ktor tvkhn, zinukp i.rof*., nauch. red.;
Yo.D.f
red .
(Stoolmaking at the MagnitogorA Votn1lurgical
Combine]
Staloplavillnoo proizvo-dvtvo im ~V.K.
('Lol~%billokj Cho-
liabinskoo krAzlinoo iza-vo, 196-3. 4' ~ I .
0-11HA 17:6)

-IFGtlTTPCVYI,
T-Vv-'T('T':TTY OV;IOD (',!UTN
A. P. I 1174.1yEl.
11 TV` TAIYS.
T"fiti. l7cll: illel:

0/1", (0/000/0 ','/'-'0 17/020
1 61X, 1,! 7
AUT 110 R t Antipin, V. 0.
TITLEt On the problem of automation of the heatine conditio;ta
of open-
hoarth furnaces
PMIODICALt Izvostiya vyoehikh uohebnykh zavedeniy. Churnz~y_-
:,ctallurgiya,
no. 12, 1960, 146 - 150
TEM An automatic control aystem 1aas been ana i_ boing
tested at tht,ga~nitogorskiy motallur-ichookiy kombinat
(La6nitoaorsk Motal-
lurt;ical Com no . It had been do3cribed previously (M. A.
Torchinskiy.
"Latallura YuznoGo Urala"g 1950, ho. 1) and prcsinto the first
ctup in the
dovolopmont of a high-offoctiva automatic heat control system
for open-
hearth furnaces. The system has proved successful. It is simple
and de_
pondablo. The control pulse in produced by the checker top
heating rate.
The result is 2.5% output increauo and 3 O',j
lower specific fuel consumpti
The observations made up to now in operation arc diticusued und
a calculation
mothod for the processes in the furrinco workinj area in
suajosted. It is
clear that in the scrap-ore process the control pul3c3 :ru,-,t
cone from dif-
Card 1 /5

3/140/60/000/012/017/02 0
On the problem of automation of the ... M61/Ai35
ferent spots during different periods, ioi. the tomperaturv
varintioll rate
in the inner surface of tho vertical uptake is the rirht pulse
for *.he peri-
od of fritting, charginC and hoathin[; throuj;h, au t!w, chDcker
to :3 'Ali
this timo lose cloarly and with a lag to the chanSin- licat
aboor,tien in the
working bpaco. It in obvious that the choice of the furnace ole-
ment for tYa control pulse depends on the furnace design and
'6'-,Q )ecii1iti-ri-
ties of the procea3, and it appears not advisable to use the
tunp~-r~turt., in
the main vault for thin purpeso. A study of tho heat proce.-~-
.--'".h dapenlaVe
measurvnento of ;as and air temperatures ana real volumes,
quantity "nd
chemical composition of the combustioii products, etc., is only
puosil)lo in
special research work, but uim2le oqu-tions have been derived
for approxi-
wato calculations (ignorin', tho coiibustion product losses
throu,;h the churG-
inj hatchea and hydroi;en content iii the covbuation products.
Th'2 equi.tiona
are 6ivon in their final form only, in view of the simplicity of
the deriva-
tions:
N',
(C(Y, + Ca') - Cod (3)
Card 2// 5

Or. the problen of automation of the...
Card 3/5
S A a '60100010 12/017/020
'1'/
A 6 A133
dul N'q (ar, + OW) c0;
Not (4)
V4 V. (0; -0; -N; -) (5)
[0; 2 (0; - 0.5 Co.) + a o; + 0.5 co;
N;
Nj
(0; + 0.5 COP (6)
v$ m 0.60, [a (co; Nl Co, co* -!~l
1+0 te, N; (7)
V? . c0
N;
Vs ~ go a (CO; -.6- c0; CO. ~ W,
1+0 1 N't N; -(9)