SCIENTIFIC ABSTRACT RUZINA, A.I. - RUZ.LOVSKIY, A.A.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

_rj

GARF M.E. ; _LU ~Mk, ~G.M.
Study of the scattering of strength characteristics in
cast crakshafte. Zav.lab. 28 no.6:717-719 162. (FJRA 15:5)
1. Institut liteynogo proizvodstva All USSR.
(Strength of materials)

PTJZI?JA, YE. I
Chevustry Electrol ic Refinin,- of Metals ug 51
Yt Ir.
in
"Electrolysis of Z4 c ~,t ts,Ir LI.T. Kozlovskiy, P.P. Tsyb, Ye. I. Tuzina, Kazakh U
imeni S.I.I. Kirov
I'Zhur Prik Khim" Vol XY177, No. 8, pp 882-586
In electrolytic deposition of Zn on Hg cathode, and in electrolytic decompn of
resultant amalgaia at artode, established depondence of potentials of cathode and
anode in respective ca--!es on (1) concn of Zn in amalgan, (2) concn of Zn ions in
electrolyte, (3) rate of agitation. Almost total electrolytic transfer of Zn
from amalgam to electrolyte is possible.
FA 190T33

p, W
.jZjgA, y-F,. K. I N.M. I ralOROSHILOV,
24924. Crusevt N.M. Minroghilov, ft.I.J Ruzina,Ye. K. Noviye GrIntsipi
Normirovgntya Po Stroit. Fizike. M.-IL. 1949, S. h-24
S. Gornoyt- Dolo
A. Obihchtye VoDrosi
So: Letoplal No. ~3. 1q49

MIKHAYLOVA, V. X.P
Effective and developed noras an electric lighting. Sveto-
tekhnika 9 no.2:26-28 P 163. (MIRA 16:4)
1. GosudarStvennYY Institut po proyek-tirovaniyu elektrooboru-
dovaniya diva tyazheloy pronyahlennosti i Voevoyuznyy aveto-
tekhaichesl.iy institut.
(Electric lighting-Standards)

MAr P.; RUSZINKO, B.
On the surgical treatment of neurogenic urinary retention.
Acta chir. acad. sci. flung. 6 no.3:333-343 165.
1. Urologische Klinik (Direktor: Prof. Dr. A. Babics) der
MediziniE.chen Universitat, Budapest. Submitted November 23,
1964.

RUZINOV, 4:-~-
anil S~- ibnikc-.r,
-,n arl~ e!rl:n5i:m at
FA C,

hUZIN'OV, L.B.,
V. POIN1,1N, Nature 138, 505 (1936)

HUZILOV, L.-` . ,
V. PTAIN, Nature 138, 505 (1936)

RUZINOV,,L.D.;'LEBEDEV, P.A., kand. tekhn. nauk, retsenzent;
VVLtFS%.', I.I., kand. tekhn. nauk, retsenzent; VALIKOVSKIY,
A.A., kand. tekhn. nauk, red. rdeceasedl
[Design of mechanisms based on geometric transformationsl
ProektirDvanie i raschat mekhanizmov na osnove geometri-
cheskikh preobrazovanii. Moskva, Mashinostroenie, 1964.
147 p. (MIRA 17:12)

RUZINOV, L.D. (Leningrad)
Designing cam mechanisms for frames. Prvkl. mekh..4 n0.4:466-470
158. (MIRA 11: 12)
1.1,eningradski7 zavod bumazhnogo proizvedatva.
(Eccentrics (Machiner7))

~RUZINOV. L.P.; BELOT, 3.7.
- ------------------
Thermodynamics of zirconium and hafnium chlorides. Izv. vys.
ucheb. zE.Y.; tevet. met- 3 no. 6;104-113 16o. (XLU 14:1)
1. Mookovskiy institut tonkoy khimicheskoy tokhaologii. Kafedra
khimil i tekhaologii redkikh i rassoyannykh elementov.
(Zircoaimw c:hloride--Thermal properties)
(HELfatum. chlo ride- -Thermal properties)

ji.uIrov, I-Op.: w'LOVI S.F.
Tiicmo~ynamie calculations 01' t1ha electrochenical cl-L-ractaristics
of -ir,,,onitm &nd -fnium chlorides. Izv. vys. ucheb. zav.; tsvet.
met. 4 no. 1:10~-El 161. WBU .14:2)
1. Mfo.-,'~,Ovskiy institut ton]:oy Icbi mi eheskoy - LAdinologii, Imfedra
k1drdi i teklinolovii redkikJi i r.~4sL;oN-anmykh -3lem--ntov.
(Zirconiiin-o-blectrometallurgf)' (31$Alnium-Electrometallur E-Y)

S/032/62/028/002/007/037
B101/B110
AUTHORS: Ruzinov, L. P., and Alekseyeva' G. I.
TITLE: Dete---mination of metallic zirconium and its low chlorides
PERIODICAL: Zavodskaya laboratoriya, v. 28, no. 2, 1962, 165,- 1066
TEXT: The analysf-s of the cathodic precioitate formed in the electrolytic
production of Zr from salt melts is described. Metallic Zr is determined
on the basic of the reaction of Zr with HF by measuring the liberated H
A device suggested by S. F. Belov, D. 11. Ivanova (Zavodskaya laboratoriya,
v~ 22, no. 12, 1414 (1956)) was used. The weighed portion is dissolved
in 100,/, 11C1. Men the liberation of hydrogen has come to an end, a
2-2.5-fold NaF excess is added, and 112 liberated now is measured. The
zirconium content. x, is calculated from: x = 0.2036 ak/d. a = volume of
eliminated H ml; k = coefficient of reduction of the H volume to
21 2
standard temperature and pressure; d weighed portion, g. The error was
1,8% with a confi6ence probability of 0.95. ZrCl 2 and ZrC13 are
Card 112

S/032/62/028/002/007/037
Determination of metallic zirconium... B101/B110
determined on the basis of their reaction with H 20, R2 also being
ILberated, The content y of ZrCl 2 is calwlated from y = 0.407 ak/d
f
(1p by weight), t~-e content of ZrC1 from 0.814 ak/d. If bo.th chlorides
3
are present, the following holds: y - (O.MWI ak - Cd)/d;
z = (2Cd - 0.814 ak)/d, C being the overall- concentration of Zr determined
by any method. If the sample at the sane time contains ZrCl 41 the Imethod
cannot be applied. Reduction of ZrC1 to Zrcl by alkali metal resulted
4 3
in 88.6; 90.61;o1 of ZrCl with a theoretical content of 89. e1a; reduction
1 2
of Zrcl4 to ZrCl3 by Zr resulted in 35.6; 36.1i,,, of ZrC13-with a
theoretical content of 54.7%. There are i_' Soviet references.
ASSOCIATIOU: Gosudaretvennyy nauchno-isslTateikor-Ael'skiy i proyektnyy
institut redkometallichesk%! promyshlennosti (State Design
and Planning Scientific Res*Mo Institute of the Rare
Metals Industry)
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0 0 0 (45-4 Z_j A.006/AOO 1
uzinov, L.P., Belov, S.F.
AUTHOR3:
TITLE: Thermodyn-a-mical Calculation of Electrochemical Characteristic s of.
Zircon, and Rafnium Chlorides
IUM
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Tsvetrlaya metallurgiya,
1961, No. i, pp. i06 - ill
TE)rA.: Data (Ref. 1) on the electrc-refining of zirconium from gases do
not mention the behavior of other imp%=Ities, such. as hafnium, iron, aluminum etc.
However, '.heir joint elimination by a single process would simplify zirconium
produetton and make it cheaper. The authois Investigated some Important factors
in the evaluation o~' elec""rolytical refining of zirconium and calculated the dis-
scciatt= voltages 3f' zirconium and hafnt-,Lm ohlorides, their oxidation-reduction
charaeterisitr;s and the dissoaiation voltages of chloriles of some metals which
might be present in the initial zirsonllLm and the ele:2trolyte. Me investigation
was based --in 4mericxi experimental date. (Ref. 1, 2, '3). Me dissociation voltage
r,f chlorides we-= calculated4ith -.he aid of data givsn in Reference 4. The Tem-
kin-Shvar'smar rrezhod (Ref. 5) was used to de-~erwdne changes In the Isobaric-iso-
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Thermcidyna.,rical Calc--,Iaticn of Ele3trochemical Characteristics of Zirconium and
Hafnlum Chlorides
thermal Potential within a range of -jOO - 1,4000K for the following processes-
MeCl 2 - Me + C12; MeC13 = Me + 1.5 C12; Me C14 = Me + 2 C1 from which tem-
~Nble 1). The dis-
perature dependences of dissociatlon voltigres were &.tained
sociation voltage of compounds which might be present in the electrolytic bath
when refin:Lng zirconium, was calculated using literature data given in Reference
6 (Table 2). The d41ss-:,%ciat11on voltages of hafnium chlorides at a concentration
of 2 mol.% in commercial zirconium chloride were determined (Table 3). The oxida-
tion-reduction processes,of salt dissociation are characterized by "incomplete"
dissceiation voltage, i.e. the voltage, at which an element is deposited on one
electrode and an oxidation-reduction process takes place on the other electrode.
"Incomplete" dissociation was salculated using the law of Druter- an element K in
a combination with A can show two valences n and m, whereby m ~7n. Then the oxi-
dation-reduction prccess will be- characterized by the reaction KAm = KAr + (m-n)A
(1), and the dissociation voltages will be calculated from 'the reaction
K4m K + mA (2) and. KA = K + nA (3). Changes in the isobaric- isothermal pot-en-
tial of the pr.)cess (1)n can be determined with the aid of (2) eLnd as follows:
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Thermodynamical Calculation of Electrochemical Characteristics of Zirconium and
Hafnium Chlorides
Zm-n ZM-0 - Zn-o. The transition to dissociation voltages will produce
F (m-n) d Em-n = mEm-o - nEn-o (4), (Tables 4 and
Em-n - FR'Vin-o FnEn-o, an 5).
m
The investigation shows-that successful electrolytic refining of zirconium depends
on the difference in the dissociation voltages of chlorides. It can be expected
that electropositive elements will mainly remain in the anode slurry and electio-
negative impurities in the electrolyte. Due to the closeness of dissociation
,voltages of zirconium chlorides and hafnium chlorides, zirconium refining from
'hafnium will be difficult. The greatest difference of.dissociation voltages is
,observed between zirconium and hafnium tetrachlorides (0.20 at 9000K), however,
due to high volatility the separation is difficult. The difference of dissociat:bn
voltages.of trichloride~~ (o.160 at 9000K) and dichlorides (0.10 at 9000K) permits
..the assumption that hafnium separation in electrolytic refining may be successful,~
:although full separation will hardly be achieved.. The following recommendations
~~re given: high concentration of zir6onium. chlorides, ensuring extended accumula-'
tion of hafnium on, the electrolyte without its noticeable precipitation on the
cathode, to maintain a higher difference of dissociation voltages; sufficiently
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Thermodynamical Calculation of Electrochemical Characteristics of Zirconium and
Hafnium Chlorides
high current efficiency, sin ce oxidation-reduction processes will not occur on the
anode but mainly take place on the cathode; lower chlorides can be obtained by
using tfie interaction reacti on of zirconium tetrachloride with zirconium metal
directly in the bath. The i nitial tetrachloride should therefore be purified from
Te, Fe, Al and other electro positive elements. It is concluded that zirconium
metal is rather difficult to obtain from a chloride bath by electrolysis with
,tetrachloride, since zirconium reduction to the trivalent state will mainly occur
on the cathode and oxidation to the tetravalent state-will take place.on the anode.
This explains the failure of some authors (Ref.
.Table 1:
-XAIDPHA &Z. KKaAj.WOAb E. 8
Changes in the isobaric- Chloride kcal/ le
rggl-
oerst
qd/x..
isothermal potential of
zirconium and hafnium ZrC12 129.1 _ 18.8.10-3 T 2,79-0.406-10-4T .
and
chloride formation t ZrC13 189.1-33.5.lr3T
3 2.72-0,483-1r3T
3
, ZrC1j 211,4-41,5.10-
T 2,32-0.448.10-
r
dissociation voltages o f MCI, 131.4-16.0. 10-3 T 2,84-0,345-10-IT
chlorides. MCI, 193.0-31.0-10-3T 2,8.5-().447. 10-3T

HfC1, -3r
246.0-55.75-10 10-3
2,66-0.66. T
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Thermodynamical Calculation of Ele ctrochemi cal Characteristics of Zirc oniu:-I and
Hafnium Chlorides

Table 2 DRnnMpoR4 tInV HanPRWCHIIC Pa3JIo*eHHo. a

Dissociation voltage XAOPRA
9"K
10000K
I 10(rK
12000K
13MOK
of chlorides Chloride*

KCI .3160... 3,50 3.39 3.25 3.18
NaCI - 3,25 3.15 3,05 2,96-
-M CI
'
'
F 257 2.52 2.46 2.41 2,33
H
C
I I ~53 2,50 -2.46 2.43 2.39
H(C13 2.45 2.40 2.35 2,31 2.27
HU, 2.12 2.06 2.00 1.94~ 1,88
ZrC12 2.43 2,38 2,31 2,30 2,26
ZIC1, 2.29 2.24 2.19 2.14 2,09
~
ZrO
4 1,92. 1,87 -1.83 11.78
V
1.74
TICI' 1.91 1.87 1.84 1,76 1.12
TICJ~ 1,76 1,70 1.64 1,53 1.63
TICI, 1.1-5 1.57 1.53 1.49 1.45
AICI, 1.83 1.78 1,73 1.68 1.64
MnCI3 1.80 1.76 1.71 1.67 1,63
FeC12 1,13 1.15 1,12 1,08 1,05
FeCI, 1.00 .1.02 1,03 1.05 1.06
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Thermodynamical Calculati on of Electrochemical Characteristics of Zirconium and
Hafnium Chlorides
ecomposition Haripoweime rAUO)KC11110. 6 voltage, -v

Table 3 XJSOPHA
Chloride
90(r K
100(r K 110(r K
12W K 13W
Dissociation voltages
H(Cf,
2.68
Z67
2.65
2.63
2.61
of hafnium chlorides at Hfcl, 2,60 2,57 2,55 2.51 2.49

a concentration 'of 2mo1% Hfa, .2,27 2,21 2.19 2.14 2,10
Table 4

"
" HanpR*esHe. a Voltage, y
Incomplete
dissociation
voltage of Zirconium T. OK
ZfCIS-ZrCI2
ZrC14-ZrCI2
chlorides

900 .2.01
1,41
0,81
1000 1.96 1,36 0.76
1100 1.89 1,32 0,75
1200 1.82, 1,26 0.70
Card 618 .00 1.75 1,22 0.69

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A0061AOol
Thermodynamical Calculation of Electrochemical Characteristics of Zirconium, and
Hafnium Chloriden
Hanpimetipe, e Voltage, v
Table 5.-

"Incomplete' dis- T. OK
HMS~HfC
HfCl,-HfCl,
HfCl,-Hfcl,
sociation voltage
~of hafnium chlo-
rides 900 2.29 1,71 1,13
1000 2,20 1,62 1.04
1100 2,16 1.54 0,92
1200 2.07 1.45 0,83
1306 2,03 1.37 0.71
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Thermodynamical Calculation of Electrochemical Characteristics of Zirconium and
Hafnium Chlorides
There are 5 tables and 8 references: 43oviet and 4 E~nglish.
ASSOCIATIONS: Moskovskiy institut tonkoy khimicheskoy tekhnologii (Moscow Institute
of Fine Chemical Technology); Kafedra khimii i tekhnologii redkikh
i rasseyannykh elementov (Department, of Chemistry and Technology of
Rare and Dispersed Elements)
SUBMITTED: November 27, 1959
Card 8/8

RMIJHIWWIJDIJWIJG
A69-M EPF(n) - !/EWT(M)/L?WA (d)/T/EWP(t) /ETC (m) -6 IJP(c)
ACC NR, V6017368 SOURCE CODE: UR/0363/66/002/003/0413/Oia7
Starobinas To
N. #uzinovs Lo P. M.
.AUTHOR: Veselaya, G. N.- Dubinins G
ORGt Mosccrit Aviation, Institute (Moskovskiy iviatsionnyy inetitut); Piredmet
1-00-r the chemical reactions occurring during the-iurface
TITM Thermodynmic
saturation of metals with certain elements
SOURCE: AN SSSR. Izvestiya. Neorgani-cheakiye materialyt ve..2; no*' 3j, 1966p W4a7
TOPIC TAGS: chemical reaction,'thermodynamirs, equilibrium constants tungsten*
rhenium, titanium, iron, silicon, aluminum, chromium zirconium
WTRACT:. At the pr438nt time the.application of,diffusion saturation is being
developedin studies on gas saturatiom . This method of saturation.1
!permits the creation of initial conditions most suitable for the process. vhich i:
are characterized by a high percentage yield of the diffusion element from 3.T.3
;halogenide compound on a saturated surface.
,ThuB. the equilibriwt opatants for chemical reactibns.9courring'during surfac4'
ml tanium"With _1"nVaillooni aluminum
f or ti
saturation of tungst A,~~Mm
-chromium and zirconivn from the gas phase wero'calculateds.
iAn analytic calculating method for the equilibrium transformation.based an the
propos
;Descartes theorem and. McLauren.method in ed
q-a_t,ur&a.;n
toolmic
'Data are recommended for conducting the diffusion
art. has: __i~n_d 1 table. FRS
3 formulas ti I
CODE: p(AF 20 SUBM,DATEt -28Jun65. ORIG REF: 005 OTH REF:
[S
UD119 _-92

RUZINOV, L.P.; ALEIOEYEVA, G.I.
Determination of metallic zirconium and its lower chloridea. Zav,
lab. 28 no.2,-165.-166 162. (14IRA 15:3)
1. Gosuearatvennyy nauchno-inaledovatellskiy,i proyektnyy institut
redkometallicheakoy promyshlermosti.
(Zirconium chloride)

I~ha a o-,-d.;-ulatJ -~r,
g-j a nd d I ~ ft, r,
h t a t a i! i kl r- P
p- '4jry.,.f Jrll--t~.~

R U Z 111,01 VL . P
i,ethod of comparative evaluation for proce~-,sing
5 the
exp~rirlental data on diffusion coefficients of metals
in the solid state. Zhur..'Liz.l:hin.. -AO no.10:250'7-2569
0 '65. (MIRA 18:12)
1. Submi.tted June 16, 1964.

S/078/62/007/012/001/022
B144/B180
AUTHORS: Sklyarsinkol S. I,t(Deceased)q Rusinov, L. P., Samsont Yu. Up
TITLE: Thermodynamic calculation of el7ectrochemical parameters of
lower vanadium chlorides
PERIODICAL: ZhurnaL neorganicheskoy khimii, v. 7, no. 12, 1962, 2645-2652
TEXT: The decomposition voltage of the lower vanadium chlorides is
calculated from their entropy, enthalpy, heat of phase transition, and
heat capacity. The enthalpies of vanadium tri and tetrachloride were
calculated by the methods of A. F. Kapubtinekly (Izv. AN SSSR. ser. khim.s
6, 568 (1948)), M. Kh. Karapetlyants (Dissertation, M., 1957), S. A.
Shchukarev, M. A. Oranskaya (Zh. obahch. khimii, 249 2109 (1954))1 and V.
P. Shishokin (Tr. Leningradsk. politekhn. in-ta im. Kalinina, 1955,
298 98
P- 117, 180). A-H VC1 143 and 41 145.kcal/mole were found by
3 4
averaging the values obtained by the 4 nethodef and used for the subsequent
calculations. These only applied to VC1 2 and VCl 3' since VC14 'a prob.ably
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Thermodynamic calculation of ... B144/~180
not present in metal chloride electrolytes. Using the equations
T T
T 298 T 298
AH = '8H. + fA-C pdT for the enthalpy, S . S + f CpdT/T for the
298 296
T T T
entrc~y, and 4Z _ 10H _ TAS for the changes in the decomposition
potential of tne relevant chlorides at constant temperature and pressure,
the decomposition voltake was calculated from ET -'AZT
.e /nF- It was
(v, at T, 0K) for VG1 2 : 1-40 at 13 009 1'~28 at 1500, and 1.19 at 1700;
for VC1 : 1.32 at 1000, 1.22 at 12009 and 1.12 at 1400 0K. The temperature
3
dependencesderived from these values were: EVC, 2 - 2.04 - 01-5-10 -3 T;
E 1.68 - 0-383-10- 3 T. Since under-electrolyeis conditions the
VC1 3
melting points of the lower vanadium chlorides are above the temperature
of the solvent melt3j a liquid state was assumed for the vanadium
chloridev and the decomposition voltages at 6009 700, 600, 900 and 1000 0C
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Thermodynamic calculation of ... B144/BISO
were calculated (in v) for VC1 2: i.6o, 1-55, 1.50, 1.45, 1.40; for VC1 3:1.35,,
1.31, 1.27, 1.23t 1.19. The voltage for the incomplete decomposition was TQ
calculated from E 11.111 311jCl 2E At the above temperatures
VC1 3 -,Vaii 3 VC1
,it was: 0-85, 0-63, 0-81, 0-79, and.0-7T,Y. The electrolyte should not
contain VC1 3' since the metal is bnly deposited as a finely disperse
2+
powder when a high concentration of V ions is reached by reducing the
trivalent V. There are 7 figures and 6 tables.
SUBMITTED: May 14P 1962
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86937
t,
s/149/60/000/006/009/018
A006/AOOI
AUTHORS, "Inov.- L.P., Belov, S.F.
TITLE-. Thermodynamics of Zirconium and Hafnium Chlorides-
FERIODICALi Izvestiya vysshikh uchebnykh zavedeniy, Tsvetnaya metallurgiya,
1960, Nc), 6, pp. 104-113
TEX'; Thermodynamical constants (heat content, entropy, heat capacity)
required for thermodynamical calculations of many zirconium and hafnium compounds
are not available in literature, ~Therefore the authors investigated the calcula-
tional determination of technologically important thermochemical constants of some
zirconium and hafnium chlorides. The graphical determination of h.,?at content in
lower hafnium chlorides was made using methods developed by V.P. Shishokin (Ref.9),
0, Kubashevskiy and E. Evans (Ref, 6)-
-, M.Kh. Karapet'yants (Ref. 1_3) and A,F.
Kapustinskiy's rule of thermochemical logarithmics (Ref. 10),-employing the modi-
fied formula & H
W N = A lg Z + B
where W is the valence, N is the number of the group or series; Z is the number
of element, A and B are constants. The solution of the equation is given in
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~Thermodynamics of Zirconium and.Hafnium Chlorides A006/A001
Figure 2. The follow--ng dataare considered to be reliable values for the heat
content of hafnium chlorides: 150 kcal./mole for HfC12; 220 kcal/mole for HfCl
and 225 kcal/mole for HfC14, Since only the entropy of hafnium tetrachloride 12
available in literature, lacking entropies were calculated and entropies available
were mademore precise using the following methods. a) V.A. Kireyevis method
(Ref. 14) based on the summarizing of atomic entropies by taking into account
::hanges in the entropies during the reaction of the formation of a substance from
atoms; b) a method developed by the same author (Ref. 15) using for calculation
the entropies in hypo-.hetical state of an ideal'gas with subsequent transition to
a natural state; c) II.Lattimer's method (Ref. 16).determining the entropy of com-
pounds by summing up -.he conditional entropy of atoms, taking into account their
valence; d) K,B. Yat3imir'skiyIs method,(Ref. 17) connecting entropy with the
charge and radius of Ions; e) P. Drossbakh'a method (Ref. 18) showing the depend-
ence of entropy of chlorides on the molecular weight. The results are given in
Table 2. Heat capaci-,ycC lower zirconium and hafnium chlorides was calculated
using N.A, Landiya's method (Ref. 20) based on the connection of heat capacity with
entropy.' According to Reference 4, the following melting points were considered:
1,0000K for ZrC12 and 9001K for ZrCl 3 and analogously 1, IOOOK for Hf C12 and 1,OOCPK
for HfCl 3" The calculations for 500, 700 a~nd 9000K and the solution of.equations
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'Thermodynamics of Zirconium and Hafnium Chlorides A006/A001
yielded the following relations for heat capacities (cal/mole degree),
CP ZrC12 15-52 + 7.8 10-3 T - 0.25 10-6 T2
CPZrCl 21A + 9.5 10-3 T + 0,625 10-6 T 2
CPHfCl'2 16.62 + 5:1 10-3 T + 1.25 10 -6 T-2
CNf C-13 20.8 + 10.1 10-1 3 T
For the purpose of invea--tigating the pos-sibility of separating hafnium frST1 zir-
conium, by the interaction of metals and chlorides (Ref. 21, 22),the changes in the
Isobaric-isothermal potential ( A z) of various possible reactions were calculat7ed
by a method suggested by Mj. Temkin and L.A. Shvartsman (Ref. 2.3) using the
formula:
Z- Z - R-P 1n C-n CM
HfC14 Hf
where n and m are the s-.oichiometric coefficients, It was found that the procetEs
of separat!--n will zu,~e.3Sfully proceed at a temperature above 900oK (6270K). The
Card 3/6

86937
s/j4q/6o/Ooo/O,,)6 loorjl~,) i8
Thermodynamics of Zirconium and Hafniam Chiorides A0061AOOI
calculations show that reactions can proceed which promote the separation of zir'-
conium and hafnium (20 reac-.Ions out of 2.3) but that reactions are also poss~bie
preventing the SevaratiDn, i.e. reactions causing the reverse effec-1. Therefore
the possibility of single-stage separation of zirconium and hafni-am is not very
probable and the pr3cezs of separation must consist of several stages or a combina-
tion of several known methods. The conclusions drawn are in'a sufficient agreement
with experimental data,
Table 1- Heat content of hafnium chlorides
Calculation method Heat content H298 kcal/mole
.HfC12 HfCl HfC14
Shishikin 16l, 242 -
Kapui5-'.-inskiy 148, 220 2252
Kutashevskly and Evans 156 220
2
K-arapet'yants
Literature values - - 320; 250;
~255
zrobabel extremal values 145-150 208-228 2~5-293
,bard 4/6

86937

and 1!aL'n-*L-,in Chlorides ACC6/ACOI

2: 0' ::ircon.lum and
Enu~
Hafnium Chlorides
Entropy, c al/mole degree

Fell

32,7 30,2 ~6,3 48,3
.9,4* 32,4 31,0 34,()*

-3, 3
~2,8
31,0
35,5) 47,2

-
31,7 ~6,0 -

values
0,0 ,
-
-
45,6; 48,0
2..; -1,0 36,1 48.o

86937
S/149/60/000/006/000V018
11hez,modynamics of Z-,':con*,%?r. and H,'!fnium Chlorides AoM/Acol
:pigure 2:
Graoi-Ical d eteln'.I !nation of the heat content of Hafnitmi
chlorides by tile molified equation of thermochemical
logarithmics
-L~~.
V 40
,:!re are 4 figures, 4 tables and 25 references: 15 Soviet, 9 English and I German.
s ti-
-.L:~;O~:IATIONS: Mosko7 kiy institut tonkoy khimicheskoy tekhnologii (Moscow Ins
tute of,Fine Chemical Technology); Kafedra khimii i tekhnologii
redki.kh'i rasseyannykh elementov (Department of Chemistry and
Technology of Rare and Dispersed Elements)
T'-r--D: November 27, 1959
Card 6/6

pi 7:_7
77-
-UMTOPA Lott- "W7
Simon" ttow -the sumowib"a Oad-the
7~
Ith
-z
AUTMICM UG" mans -Gus Ous
it
v-, The AtMusim
Coating-
do Irectiot-k aft= jmv",~i~tstlcn. --Diffusion
0 t tble" &
to currently ace
Vith -Aa., am be cited as
OIYW
exmaples of this -Urende Diffusion Imprognaticia to often dons In gessMA chlo-M&S
of the diffusing -slaw mixed vith bydrogen* Siowledge of ftw Interaction be-
tween the dIffusi;2g el=ent anA the base wtal vIU allow datermdnaticn of the
initial canditims on the matal, surface vreceding the diffusion so and thus
viU be of valm Ln establIabing tbA tedinclogleal, at IMW.
vaignoy we anarently tamed during tba reaction at a metal b3trosm
chloride, For Instaxwe, with MI and IN
17~V

OVA--
curring during ImMApatJLcn frcm the gaseow
stanta can also be us in
led an _=Mlmti(n_cl
metaU-- and- lmetO odL?-!A---f-rcm- - I
theLliqu
and 10 forima"O.-
.ar
wer;e cii~tedi Wiese-ccn-
eactiad-fbl--, lRamagnatica-cf-
, -~LL-Iforjjr - -:I"- ", ' , ~. i; I _ --

C6

SAMSON, Yu.U.; RUZINOV., L.P.; RE.."JISTINIKOVA, N.S..; BARIJ, V.Ye.
Electrto, conductivity of vanadlum dichlozride solutions --n
a molten equimclecular mixture of sodixLn and potassium
chlorides. Zhur. fIz. khim. 38 no.2-481-483 F IU .
WIRA 17:8)
1. Gc)sLdarst-;enayy nauchn,--issledovaLellskly i proy;--'M-!--.-Iyj
redicome tall Iches kcy

DUBININ, G.N.; RUZINOV, L.P.
Reaction taking place during the saturation of metal surfacesby
elements from the gaseous phase and the thermodynamics of this
process. Metalloved. i term. obr. met. no.3:44-48 Mr '64.
(MIRA 17%
1. Moskovskiy aviatsionnyy ordena Lenina institut im. S.Ordzhonikidze
i Gosudarstvennyy nauchno-issledovatellskiy proyektnyy institut
redkometallichaskoy promyshlennosti, Moskva.

S/i36/62/ooo/ooq/ool/oo2
E193/E3(33
AUT:, CtS Ritziiiov, L-11. aiid 13clov, S.F.
TITLE: E-,ithcilpy -,:ict dissociation pressure of the lo,.cr
c4lorides of hafnium
PEAIODICAL: 'I svetilyyc meta"lly, no. 9, 1 962, 35
T EXT Followin- 'tic Imblication (11. SchAfer, K. Kahlenberr-,
Zs. anor,,;. allr-. C.Ic-..,.ie, 291, no. 5-6., ig6o p. 305) of more
accurate data on thcr-,iodynamical properties of the lower
cliloridcc- of several -.ictals, the present authors revised their
earlier calculations (Tsvetnyy metally, no.. 12, 1959; Izv-
vuzov, - Tsvetnaya i,.ictallurriya, no. 6, 1960, 104; no'. 1, '196'l,
106) cuid obtained tae followinr values Lor the cntlialpy and
dissociation pressures of chlorides of hafnium'and zirconium:
11, 98 -131 + 8 1-mal/mole for HfC12;
tj
298 -195 :t 8 llccal/i-,tole for HfCl3
Ezrcl 2 2.535 - 0.5.25 -10 T ;
E,, 2.390 - 0.500 -10--')T ;
C.rdl/trC12

S/136/62/000/009/001/002
Enthalpy and .... E193/E383
2.530 - 0.1100 -10---T
E.. T f-C .950 - o.066 -lo T
1.- .1-
Lp
e.-c;)rcssi:)ns for the dissociation pressures relate to the
'.00 1 1.00 OIK tenporature range.)
[Abstracter's note: Abrid-ed translationj

SKLYARENKO, S.I. (deceased]; RUZINOV L P-; SAMSON, Yu.U.
Thermodynamic calculation of the electrochemical characteristics
of lower vanadium chlorides. Zhur.neorg.khim. 7 no.12t2645-
2652 D 162. (MMA 16:2)
(Vanadium chloride)
,(Vanadiwn.--Electrometallurgy)

RUZINOV,-,P..,- kand. sellskokhoz. nauk; POPOV, Kh., kand. ekonom. nauk
Principles of material incentive in plant protection. Zashch. rast.
ot vred. i bol. 10 no.2:12-13 165. (MIRA 18W
1. Donskoy sellskokhozyaystvenny institut.

V , 1 0 *- 0 -0 o ; o -0
' lots# to
A A-C a t P a a r-a- A 9 A o- .90-CE
f f L AA
A Anf, !to -M
416 7- t No I It --- , --- . --- - - ~ .
PRO"S"s Akio PICOIRMS a(#
01,111C0" 11ce-W,400ame 8pe;toRDcJiocTR MCWTIOPNX 6sumileft
[Investigation of the degree
of injury caused by certain cereal disesses in the fieki.)-BuU. A
Prot. Leniwjr., Ser. 11 (Phytepalk), 19A 4, pp. 5-30, 1934.
a (English summary.]
From a cursory review and discussion of the methods usually em-
ployed for estimating the injury caused by parasitic diseases to culti.
Vated crops the author concludes that the only method capable of giving,
so 0
reliable results under field conditions in that of a direct comparison of
the yields of heAthy and of diseased plants in the "me field. His
0 prx-liminary expriments in the droughty steppe region of south- do 0
go western Rumis and in moist regions of the Russian Far East indicated 0
t he existence of a distinct direct relationship between the height of the
0 W culnis of cultivated cereols and their hi in grain, on the one hand,
0 yie
and t he int"ty of the attat k on them by certain diseww, on the other,
0 x the relationshij in this cam being either direct or inverse, according to
the disease. For this reason he suggests a method consisting in coUect-
ing sepamtely randomized samples of healthy, anti of slightly, mode- Also 0
rately, anti heavily infected plants from the whole field, each claw being -400
then subdivided into five to seven sections according to the length of .60
the culms, and the reduction in yieki of each subsection determin in,
ed
percentages of the yield of the longest healthy culms. The actual .1D 01111
41 TJzV,, working formulse for obtaining the relative and total figures of the -
S a L a
a.. 0.6 VIL111 009 Q"V &91
U 11 AT 01 1 4' AM L a ad a it a Is it to
ip W CT & 1# OR St of &I R of IC a it to it 5 48 41 3 S
0 0 0 0 0 4 0 0 e a 0 * 40 0 0 0 0 * 0 0 0 0 g a go**$ goo** 0 a,
A-R-4-0 0 as 006060 0 0 0 so 0 0 4 0 o * 0 0 0 * 0 0 *AI

4 a 6 a 4 - & . a 9 a AN a V M 9 a a a 0 a 0 a 0 9 0 a
00
00
00
00
0
00
00
00
00
00
00
hvwjv Jiro indicated. In determining rux 1, injury, however, the. length
of the rultria alieuld for memured only Imm the basal node to the mAe
bearing the topmost leaf, since observations indicated that the portion
above this (including the_ear) is.oonsidembly more stunted by ni~~_
attack than the rest of the plant, and since no correlation could be
determined in rusted plants between the length of the culm to this point
and the length of the apical portion.
Thin method in amply illustrated by concrete examples of the damage 00
done in 1932 and 193.3 by four cereal rusts, chiefly in the Far East. 00
The greatest injury was caused by the linear [yellow] wheat rust so
Amrinia glumortim) which Attacked particularly severely hard wheats 00
which are urnutlir considered to be resistant. This ruLqt. an well an brown .
rust I 1~ tritit4n~], aftected shorter culms more heavily than the longer
?nrs, while in 1933 the taller culms of oats appeared to be more beavfly
infected by crown mat [P. Wit] than the shorter, presumably owing to
the peculiar climatic conditions of that year. .00
The investigation was also extended to some other cereal diseases go
usually considered to be of minor importance, such as, for instance, leaf Of
spots causc4l by Ifelmixthosporium and Septoria app., the results indi- 00
cating that the damage done by them is more important than commonly
assumed. fit general. it is stated that the economic effect of a complex
of diseases affecting a crop rannot be determined by simply adding tip 00
the yield reduction attributable to each disease individually.
00
00
0
0 0 0 0 0 0 a 0 0 9 a a 0 0 * 9 0 4 0 0 0 0 9 9 0 0 9 0 0 0 0
'
-
'
~
::::"D
ooesoooesoooooooo
O
see 0046 66 a so 09 Soo a oeo ~:
O
l~

.1E
jan
J i tuk.

USSR/Weeds aud Weed Control. N
Abs Jour : Ref Zhur Biol., No 22, 1958, 100544
Aut".,or : Buzinov) P.G.
Title : 1i the Chemical Means of Controlling Greater Dodder
(Cuscuta caripetitris)
Orig Pub : .3b. nauchno- issledi raboi. Azovo-Cheri,,omorsk. s.-kh.
Ln-t, 1957, 15) 237-243
Abstract : Tor effective control of dodder on alfa-lfa, dinitropheno-
Late of ai-mioniun (I), a:,.d preparation No 125 (11) in a
2cl,.centration of 4% (1300 litlers/ha of the solution-)
should be applied. Treat-ment should be performed on the
x.)wed breading places. Alfalfa sprouted 10-12 days
after spraying. Sodium trichloropherolate (III) proved
to be mrore effective than (I). A good effect was pro-
luced by the spraying with 8% amilsion (4.8% with ei--tllira-
2ene oil) of anthrol (stable 60% emulsion of anthracene
Card 1/3

'USSR/Weeds and Weed Control. N
Abs JDur Ref Zliur Biol., Ila 22, 1958, 100544
led to a rapid (3 days) and conplete destructioa of the
breeding places of dodder auong weeds (24oo-3000 liters/
ha of the herbicide). (V) can be replaced by herbicide
(5-6% of the anowit of the liquid). Spraying of dodder
a.-.i:)n,,, weeds (on untilled lands) can be perforried with
IS solution of herbicide (VIIII) with an addition of
o-4-o.5% of 2, 4-D. The work was conducted in. 1953-
1956 at the Moldavian Vegetable and PotatD Station
('Uraspol') and aii the field of Azovo-CI,,er--oLi,,)rskiy
Agricultural Institute.- L.D. Stm-.3v
Card 3/3
~4-
I Y-FMA

USSR/Plant Diseases. Diseases of Cultivated Plants. 0
Abs Jour: Ref Zhur-Diol., No 5, 1958, x696.
foland around the fruit stems or in the lower
part of the fruit. In wet weather a velvet
deposit forms on the spots. Rot develops on
th7a Infected areas. It is recor-mended that
great care be taken to sow the vegetables cor-
rectly, that remants of stalks be removed after
the harvest, that seed be taken exclusively .
from healthy fruit, that the plants be trans-
planted between the 45th and the 60th day, that
irrieation be done in time, that the area be
sprinkled with a 1,1; nordeaux mixture before
transplanting, and also that the plants be
sprinkled after hail, storms, and heavy rains.
When the incidence of infection is reduced
Card 2/3

RU -,-tpl3vf
C r~;I L
9 no.6313 064

RUZINOV, P.G., Imnd.sel'9kokhozyaystvenrqkh nauk
Anthrneignm nil jwainxt dod4or. Zamhch, rant. ot vrod. i bol,
no.4:31 Jl-Ag 158. (MIRA 11:9)
1. Asovo-Chernonorskiy sel'skokhozyaystvenrqy institut.
(Dodder) (Anthracene oil)

Riv.irv,v, P. G., and 3hchu;Ak, K. L. "Effect of I-arovization on the Appearance of
DI-ausen rf Agricultural Cropa," lnrOvl7AUjJ.Rt, no, 2(11.), 1937p pp. 111-112. 4 1a7
SO: O'IFLI 31 90-53, 15 Dec., 1953.

RUZIN011' G.
Ruzinov, P. G. "Investigation of the Degree of Injury Caused by.Certain Diseases in
the Field," ZL-uj;L vo 'Zashchite Ra-stenii, Seriia 2, no. 4, 1934, pp. 5-30. 423.92 L54P
jo: 'JIRA ",1 90-53, 1.5 Dec., 1953

R.111M. it No# 1 ~7! -?,? I -.

Ruztrlrjv$ Gl$ "jotao Data on the Phyolalogy of Pota to lxvif Roll," J~jjqgjjq l4i
_ Atqal I
Vestnlk Otdala Fitofaloloiji Glavnogo botanicheskogo Sada !ZSR, vol. 19, no. 3-4, 1930)
.p. 148-159. 464.8 Z6
MMMIMW

'

L a
p t if If A
m is m If A h
)9
. u i lk A I I *A 0 U W tt
~

of

Use Of FUSINAUM lp~ in th* -utt*1 Of Ofobituthe Moto"
l
l.
L. on tobacco. P,ICII, SiWlae ~ An-1 '
Y-3.
1 9 114,11, S'l i~
.
N. X 141, Cul 5.0040) Appli-ati-In
I. Ill. tIft WAI I'- t' 40- -it -4 1-'
40, 'amew 1. W)w,a fit,
('41f-1 Ow I"W""Of I'm, A
K. W PtAlff W-1% 4"Ir" I'll'

of

wee

-199
voo
go C300
003
2: 00

;p ?I it
n it it a n it it it x I ~xs
t
0 0 ~Pi

3. E. Vsesoyu va tel. Inst. Tab.,.ich.1
z. Naucl~.-lssledo
!4akhoroch. Prom. o. 141, 30-4~1, 1940

,13csoyuz. ~:auch-hj~jlprlovatel. Inst. Tabich. i
thkharoch. Prom. No. 131, 33-41, 1940

BARYSHMIKOV., F.A.; RUZINOVA, I.L.
Prospaits for metal recovery from ores without mines or strip
mines. Piz.-tekh. probl. razrab.-pol. iskop. no.4:122-125 165.'
(MM 19:1)
1. Institut gornogo dela Sit,4rskogo otdaleniya AN SSSR, Novo-
sibIrst. Submitted April 20, 1965-

I.L.; FEDOSOVA, V.Ya.
Colorimetric method for determining tin in tin ores. Izv. SO
All SSSR no.11 Ser.khim.nauk no.3:56-60 '63. (MIRA 17:3)
1. Illstitut gornogo dela Sibirskogo otdeleniya All SSSR, Novasibirsk*
7:7,

HARYSIIIIIKOV. F.k. RUZINOVA. I J=SOVA, V.Ya.
Method :fcr determining germanium in black coal. lzv.Sib.otd.AN
SS-SR no.,5:75-80 159. (14IRA 12:10)
(Germanium--Analysis) (Coal)

RUZINOVAJI Yu.G.; MAYDANIK, F.E.
Glycolytic processes in patients with demyelinating diseases
of the nervous system. Vrach. delo no.10:85-89 0 163.
(MIRA 17:2)
1. KlirLika nervnykh bolezney (zav. - prof. S.N. Savenko)
Chernovitskogo meditsinskogo instituta.

HUZINOVA, Ylt.G. (CYornovtoy)
Involvement of the nervous aystem in hemorrhagic diathesis.
Vrarh.dalo no.3:24)-246 14r '59. (MIU 17:6)
1. Kafectra, nervnykli bolezney (zavo - prof S.N. Savenko)
Chernovito'cogo.meditsinskago instituta.
(IL-1140PRILIA) (NERVOUS SYSTEJ-1--DIbM&SES)

USSR/Human and Iniml Physioloay. Blood
Abs Jour : PW Zhur - Diol., No 14, 19581 tia 65095
Author : Ruzi-nova Yu.G,
Inst
Title : The Functional State of I-Veloid Tissue in Organic
Diseases of the Nervous Systam
Orig Pub : Vracheb. delo, 1956,, iio 9, gli-914
Abstract : A study was performed upon 80 patients with damge of the
brain anC spinal cord., peripheral and autonomic nervous
systems. Sternal puncture in cases of orGanic dn C,;e to
the central and peripheral ner7ous systems revealed an
increase,in the number of primitive cells (hemocytoblasts and
myeloblasts) and a reduction in more maturelelements (mye-
locytes, bands), an increase in the number of polychromato-
phile erythronormblasts, hyperchromia of erythrocytes, a
plasmocytic reaction (up to 11.23%)., many mitotic fiGures,
a larGe number of Turk calls, meC~akaryocytes in the stace
Card 1/2
20

USSR/Human and Aniral F-hysiology. Mood
Abs Jour Bef Zhur - Diol.) No 14~ 1958j ito 65095
of phaL;ocytosisy and Gumprechtts shadows. These chan,ems
are cDnsiacred as a manifestation of a disturbance in the
trophic function of the nervous system. Specific chanGes
characteristic of any particular localization of lesions
failed to be demonstratc-1. The most marked disturbances in
hen topoiesis were seen in Ciscases which are frequently
associated with other forns of nervous dystrophy--I*I.
Yuroirskaya
Card

RUZPTICVA Y'I. G.
33605 Y Voprcsu C PervJ.chnykh Rasseyannykh Entsefalomielitakh. 3oobshch. i
Vchen. Zaplaki (Chernovits. Gos. !'ed. In-t), T. 1, 1949, C. 139-48
SG: Letopislnyk~ Statey, Vol. 45, Moskva, 1949

USSR/Medicine Virus Diseases~ Mar/A~r 51
"Clinical Aspects and Histopathology of a Disease
of th'e Hemorrhagic Fever Type That Occurs in I the,
Bukovina," Prof S. N. Savenko, Yu. G. Ruzinova,~L.
Clinic Nervous Diseases, Chernovitsy Med Inst
"Nevropatol i PBikhiat" Vol XX, No 2, PP 56-60
In summer seasons 1947 and 1948 neurotropic
disease with hemorrhagic syndrome (hemorrhagic
rash, bleeding gums and from the nose, edemas)~
occurred in Bukovina. Infection usually followed
sojourn in the woods with resulting tick bites.
Neurol and virusol institutes established that
186T85
USSR/Medicine - Virus Diseases Mar/Apr 51
(Contd)
the disease, which resembles the Crimea and Omsk
hemrrhagic fevers', but is distinct from them.in
some respects, is caused by virus. The disease
may take fatal form. Diffuse meningoencephalitis
strongly affecting the cortex, subcortical
neurons, and the trunk fsipine~?,7 occurs in such
cases.

RUZINOVA9 Yu.G.; ALEYEV, L.S.
Bl-bod protein fractions in demyelinating diseases of the ner7ous
system. Vrach. delo no.9;41-" S 160.- (MIRA 13:9)
1. Klinika nervykh bolezney (zav. prof. S.N. Savenko) Ghernovitskogo
meditsinskogo instituta.
(BLOOD PROTEINS) (NERVOUS SYSTEM-DISEASES)

_UZITSKA, L.
History of the Ti-sza brddi7,e at SzeEed.
P. 165 (Fielyep-itestud:,ranyi Szenle. Vol. 7, no. 5/6, Lay/June 1957. -Budapest,
Hun ~ a ry)
Monti-ily Index of East Et:ropean AccesSions (E111) LC. Vol. 7, ne. 2,
February 19~~S

3/193/61/000/012/005/005
A004/AlOl
AUTHOR.- Ruzhi-,skiy, V. 0., Candidate of Geoiogical-Mineralogical.Sciences
TITLE: On the state and development prospects of the scientific activities
of the Branches and Institutes of the Academy of Sciences SSSR
turned over to the Committee
PERIODICAL: Byulleten' tekhniko-ekonomicheskoy informatsii, no. 12, 1961, 8o-83
TEXT- In Seotember, 1960, the Gosudarstvennyy komitet Soveta Ministrov.
RSFSR po koordinat3ii nauchno-issledovatellskikh rabot (State Committee on the
Coordination of ScLentific Research Work at the Council of Ministers RSFSR)
discussed the state and development prospects of.the seven Branches of the
Academy of Sciences which were turned over to the Committee, viz. the Bashkir,
Dagestan, Kazan', Karelian, Kola, Komi and Ural Branches with a total of,60
scientific institutions and three independent InsUtutes, employing more than
5,000 people including some 2,000 scientific workers, 605 of which with an
academic degree. rhe author presents a survey on the scientific works and
achievements In the fields of Geology, Technical Sciences, Physical-Mathematical
Sciences, Chemical Sciences, Biology, Economic Sciences, Social Sciences and the
Card 112

S/193/6i/ooO/012/005/0()5
.On the state and development ... A004/AlOl
Humanities' and pofnts out that some 50 scientific research works carried out
by the Branches and Institutes mentioned are closely connected with the develop-
ment of various fields of the RSFSR national economy. At present 636 scientific
research works have been introduced or are in the stage of experimental industrial
tests, and the BrarLches and Institutes have concluded 114 so-called "Contracts
of Creative Cooperation" with various enterprises, trade scientific research
institutions and other organizations. A great number of new processes, the
introduction of which yielded considerable savings, have been.introduced in
industry as a result of theoretical and experimental investigations carried out
by the scientists of these Branches. Concluding the author enumerates the
most Important scientific problems which have to be solved by the mentioned
Branches and Tnstit-ites within the near future.
Card 2/2

L 25927-66 EWT(d)/W M)ITIEWP(h)IEWP(l) Di
ACC NRs AM5027T76~~ MOnograph. UR/
Huzhitskiy, YE:vgeniy-lvanovich (Candidate of Techni'cal Sciences)
Air-cu.3hion- vehicles 7o zdushnif ye 4ve'z'aeihod0 Moscow, Izd-vo "Mashin6strbyeniye
--1964.
176 p. illus. (part fold.) biblio. 29,000 copies-printed.
TOPIC TAGS: ground effect machine, air.cushion vechicle, gas bearing,'gas jet, fly n
platform, annular jet
-PURPOSE AND COVERAGE:. This book will be of Interest-to a great number of readers and-
may serve as a textbook for students in,the departments of aviationand automobile
engineering at schools of higher.education-and.technik,um~, and also for engineers.....,
and technical persoiuiel in aviation and other transportation ries. Jt Con-
Ajd~ndust
cles (ACV) likely
tains a general description of various types of air cusbi
to move over land water, snow, and maishe~is- It also c6ntans* a presentation of tlie~
basic concepts of AGV with the intention of giving the reader some undemtanding of
both the extent of xesearch efforts and current status of development. Advantages,
and disadvantages of ACV with respect to other modes of transportation are dis.cusse
Basic characteristics of all existing types,of -ACV and flying platforms, foreign
and Soviet, are given In a table,
TP&E OF !CONTENTS
Foreword 3
,A Card 1/4 uDe., 624.135
J623)

L 25927-66
ACC NRt AM502777

Appendix. Tables of specifications for ~variolis ACV and flying platforms '-~--'172
Bibliography 176
!2011-'~,'~j_-~
SUB
CODEt Ol SUBM DATE:::,,- ihmsy6V- ''ORIG- REF: 0191
-
i

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zr

4
Sard
L
. JI

NAMANOVIC, Borislav; RUZIG, Aleksandar, dr.; BABIG, Dragoljub
Prevalvular stenosis of the acrta VAth hypoplasia of the kidney and
chronic nephritis. Srpski arh. celok. lek. 89 no.6:741-747 Jl 161.
1. Interno odeljenje Bolnice "Dr Dragisa Misovic" u Beogradu. Sef:
dr Aleksandar Ruzic.
(KIDNEYS abnorm) (AORTA abnorm)

CUPIC, Vukan; RUZICIC, Radmila; MARJANOVIC, LJilJana
A case of heart block with Adams-Stokes syndrome in a 2 and half
year old child. Srpski arh. celok. lek. 89 no.2:225-230 F 161.
1. Pedijatrijska klinika Medicinskog fakulteta Uni.versiteta u Beogradu.
Upravnik: prof. dr Matija'Amrozic.
(HEART BLOCK In inf & child)

RUZINOVAS Yu.GT.; TAUBERY I.N.
Disturbances of phosphorus metabolism in patients with funicular
mye~osis. Vrach. delo no-4:90-93 Ap 161. .(MIRA 14:6)
1. Kafedra nervnykh bolezney (zav. - prof. S.N.Savenko) Cherno4it6-
skogo meditsinskogo instituta i nevrologicheskoye otdeleniy6-"*
Chernoiritskoy-psikhonevrologicheskoy bollnitsy.
(SPINAL CORD-DISEASES) (PHOSPHORUS METABOLISM)

BOCHAROV, V.I.., kand.tekhn.nauk;-.~~~I-)~~V,,B-.T., inzh.; YAKOVLEV, V.A., inzh.
Autonuttic device for controlling humidity In cloth. Trudy Frunz.
politakh. inst. no. 6:85-88 162. (MIRA 17:9)

USISR/Zoopar=itology - General IFIrDblems. G-1
Abs Jour Rcf Zhur - Biol., no 16, 1958, 72249
Author Ruziycv, Xh.Kh.
Inst
Title Control of Parasitic Diseases in the Kirgiz SSR in the
Last 10 Yearsi
Orig Pub Mc-2. parazitol. i parazitarn. bolczni, 1957, 26, tio 6,
684-687
Abstract The disease rate and the susceptibility to malaria of the
population in the republic decreased more than 700 tines
in the last 10 years# Before 1949, were applied quinacrine
and plasmocide for cure and chenoprophylaxi8; fron 1949,
treatment with bigunal ~ Paludrin:e_Twas begun. Mass
treatment with bigural in combination with quinacrinc mid
plasmaide pernited the complete liquidation of tropical
malaria. In the control of the transmitters of malaria
before 1949, the aviochemical method and manual surface
Cnrd,1/2

RUZIY", Kh.Kh.
Control of parasitic diseases in the Kirghiz S.S.R. during the last
ten years. Ned.paraz.i paraz.bol. 26 no.6:684-a7 N-D 157.
(MM 13:4)
1. Iz parazitologicheskogo otdela Kirgizekoy respublikanskoy sani-
tarno-epidemiologicheakoy stantaii.
(KIRGHIZ ISTAN-PARASITOLOGY

Kh. Kh.
RUZIYEV,
f1successful Control of Halaria in the Kirghiz SSR,",paper presented at them
Joint Scientific Session held by AMS USSR and Min. of Pub. Health SM on Problems
of Regional Pathology, 20-25 Sept 54, Tashkent, page 44.
Attachmentto B-98525, 30 Jul 56
In U. of Cal. Library

USSR/Medicine - Virusology Jul/Aug 52
"Systematization of Viruses in Contemporary Litera-,
ture," V. L. Ruzkov, Inst of Mcrobiol, Acad Sci
'USSR
"Microb,iologiya" Vol 21,, No 4~ pj) 453-474
A lengthy discussion on the evolution of viruses,
their classification, and their family tree. The
to materials are based on So-iet and foreign litera-
CM ture. Author Araws the conclusion that svstemati-
zation of viruses should be madc on a phyllo.-enetle
basis and that such a procedure is imperative for
228T23
systematic research, leading to the recognition of
the basic.stages in %he evolution of viruses. The
author discards the symptomatic theories of F. 0.
Holms as unscientific and impractical, contests
that Holmes' division of viruses into those affect-
ing animals, higher plants ` and bacteria is mean-
ingless, contradicts the principles of systematiza-
tion, and does not reflect the evolution of viruses.,
States that the classification of viruses into
Eucrystiillinae, ~seudocrystallinae, Gamaleyae, etc.,
classes is the- Ist step torward a scientific segre-
gation. Recommends that in further research of the
phyl-logenetic aspects-of viruses, paleontology and
biochemistry should. be used as well as biogeography
and oth~rapplied sciences.
.228T23

KOI14AN, Samuel; HUB, Milo.slav; RUZKOVAJ, Sons. --------
Familial occurrence of phosphatase deficiency. Cesk. pediat. 17
no.5/6'-5113-523 Je 162.
1. Detske oddeleni okresni nemocnice v Pardubicich, prednosta doe.
dr. J. Ringel Patologickoanatomicke oddeleni.okresni nemocnice v
Pardubicich, prednosta dr. M. Hub.
(PHOSPHATASE defic). (ABNORMALITIES genetics)

-,T~000/005/008/009
D221/'D306
AUTHM Rur.leva,,N.F,,,Assistent
TITLE: The problem of forming an involved surface by the
method of rolling with a revolution surface
PERIODICAL: Izvestiya vysshykh uchebnykh zavedeniy. Mashino-,
stroyeniye, no, 5, 1961, 151 - 156
TEXTg Machining complicated surfaces by a wide tool having the
form of a revolution body is more efficient than the method of Das-
ses with a thin disc. This,procedure is limited due to the absendfl
of a general theory on profiling these slurfaces. The author descr-,~__
bes briefly the latter's geometry. The movable tool is bounded by
a revolution surface a. It is assumed that the machined surface
skirts all. positions of a, and is designated by y. Both surfaces
are in contact along the characteristic or contact line B. At
each point of s, surfaces a and y have a common tangent i,71ane. and
their normals are colinear. The characteristic is also a ;.-lie of
intersection of two infinitely close positions of the surface as
Card 1/5

S/145/61/000/005/008/009
The problem of -Jorming an ... D221/D306
described by A.?. Norden (Ref. I: Teoriya poverkhnostey (Theory o'i-
Surfaces), Mashl-izp 1956). The motion of surface a generally con-
SiStS of infin4 tely small helical displacements, 14that can b~a d~~,-
composed 'Into tivo rotations. One has it's axis coinciding with axi.-
00 of si)rface a, The other axis is then defined by a single sign,
according to A~37. Nikolayev (Ref. 22 Slozhenive dvizheniy tverdogo
tela ((.rmposition of Mot on of Solid Body) M.' ' .1948). Rotation of
surface a around its axis does not affect the position or,--farm of
characteristic s, i.e. the form of surface T~ The form o' the skirt-
ing surface y determines the motion of 00. which can be considered
as being constituted of small rotations around instantaneous axes
PP,~ The posi.tion of PP determines the shape of .. a'L a given instant.
It is assumed thtit PP is given (Fig. 1), Speed vector V m at M on
a is square to plane p(PP; INI). If M it3 on s9 then V m i s a, t . a. t an -
gent plane, and normal nir on a at, point M is at right angleg to Vol
Consequently~ normals on a along s form a iine surface y ~vith 00
and PP as guideS, Distribution of normals along the me-ridian of a
for.,,ri the third guide. Charactezristic s coincides with merid-Lan of
Card 21/5

S/145/61/000/005/008/009
The problem of formirgan ... D2211/D306
a only when y is a plane. Motion of 00 around PP must be coplanar
with it. The stationary axoid of PP is a certain truncated surface#
around which plane o(PP; 00) rolls without slip (Pig.,2). A surface
70 can be presented as the skirting surface of all positions of ro-
tation by a so as to maintain the characteristic as its meridian, s
if the former (yO) has a family of plane congruent curves, as well
as a family of their orthogonal trajectories. The totality of ge-
neratric;es of the davelopment line surf-ace have a skirt - rib of
return, and are assumed to be a family of plane congruent curves s.
The total of involutes of the return rib form a family of or-Lhogo-
nal trajectories of generatrices. The author formulates a condition
which must be met by the geometric locus of all positions of 00 of
the cylinder that rolls a certain developing line surface. In order
to ensure that during the motion of 'Che.rotation cyiinder, the cha.-
racteristic remains its straight line meridian, it is necessary and
adequate that axis 00 describes a developin a line surface. When a
drawing is given of developing line surface P, the latter is.then
considered a locus of consecutive positions of 00 axis of the mov-
ing rotation cylinder a, with a given radius r. then a full image
Card 3/5

S/145/61/00(',/Ou,/008/009
The problem of forming an D221/D306
of developing surface y0, skirting all positions of,cylinder a is
obtairied~ There are 5 figures and 3 Soviet-bloc references,
aviatsionnyy institut (Moscow A-i-ation
.ASSOCIATION: Moskovski
ln8titute~
SUBMITTED: June 10, 1960
Ca~d 4/5

PHASE I BOOK EXPLOITATION SOV/5740
Akademiya nauk SSSR. Institut mineralogiij geokh-1-1i ikristallokbi-ii redkikh
elementov
Voprosy mineralogii., geokhimii i genezisa mestorozhdeniy redkikh elementov
(Problems in Mimeralogy,, Geochemistry,, and Deposit Formation of Rare Elements)
Moscow., Izd-vo PS SSSR) 1960. 253 P. (Series: Its: Trudy., vyp. Errata
printed on the inside of back cover. 2j,200 copies printed.
Chief Ed.: K. A. Vlasov, Corresponding Member, Academy of Sciences USSR;
Reap. Ed.: V. V. Lyakhovich; Ed. of Publishing House: L. S. Tarasov;
Tech. Ed.: P. S. Kashina.
PURPOSE: This book is intended for geologists,, mineralogists,, and petrographers.
COVERAGE: This is a collection of 23 articles on the formation,, geology,,
mineralogy, petrography., and geochemistry of deposits of rare elements in
Siberia and [So-riet] Central Asia. The distribution and characteristics of
~rare elements found in these areas as well as some quantitative and qualitat-
tive methods of investiga:ting the rocks and minerals in vhich they are found,,
Card 1/6

Problems in Mineralogy (Cont.) SOV/5740
MIRERALOGr AND PMOGRAM
Yes1kova., Ye. M.., and 1. 1. Nazarenko. Pyrochlore of the Vishnevyye
Mountains., Its Paragenetic Associations, and the Peculiarities of Its
Chemical Composition 33
Zhabin., A. G.., G. N. Mukh:Ltdinov-, and M. Ye. Kazakova. Paragenetic
Associations of Accessory Minerals of Rare Elements in Exocontact
Fenitized Miascite Intrusive Rocks of the Vishnevyye Mountains 51
Zhabin, A. G. On the Sepa ration Time of the Minerals Niobium, Zirconium,
and the Rare Earths in the,Granite Pegmatite of the Blyumovakaya Mine 74
Semenov., Ye. I. Gelzirconium, in Alkaline Pegmatites
Korldn, V. I., Yu. A. Pyatenko, and A. V. Bykova. On Britholite of the
Alkaline Rocks of SoutheAstern Tuva. 90
Card 3/ 6

Problems in Mineralogy (Cont.) SOV/5740
Lyakhovichp V, V.., and A, D, Chervinskaya. On the Character of the
Distribution of kocessory Minerals inl0ranite Xassifs 94
Lyakhovich, V. V.., and V, I* Nonsohnikova, On the Effect of Late
Processes on the Content of Accessory Minerals in Granitoids 3.10
.1vanov., V, V,., amd 0, Ye, Tashko-Ukharova, Discovery of 7ranakelto
in Yalmtiya 131
Zuyev,, V, N,., and. A, V. Kboterin, Yttroflwrito From the Depabito of
[Soviet] Central Asia 136
.Podporina,p Ye, K, Crystallographic Form of Celostins From the
Onlisayokiye Deposits of Strontiua in the Tafthikskays, BU 139
GEOLOGY AND I PIS OF TIM DEPOSITS OF RARI ELIMM
Kuzfmnka X, V, Genetic Typo of Deposits and Ore Manifestations
of NidbM and Tantal= 142
Card 4/6

Problems in Mineralogy (Cont.) SOV/5740
Zhukova., A, S. On the Problem of Genetic Types of Germanium-Bearing
.Deposits 174
Tikhonenkov,, I. P.jand R. P. Tikhonenkova, Contact Rocks of the
Lovozerskiy Massif, Their Genesis and the Peculiarities of Distri-
bution in Them of Rare Metal Mineralization 185
Volochkovich., K. L. On the Pioblem of the Structural Position of the
Gornoaltayakiy Raze Metal Province 203
MHODS OF INVESTIGATING ORES ARD MINERAIS
Lebedeva,, S. I. Rational Method of Quantitative Determination of,
Disseminated Beryllium in Greisen Ores 209
Rodionov, D. A., S. F. Sobolev.,.B. P, Zolotarev., and Ye. V. Vlasova.
On Accidental Errors of Quantitative Mineralogical An~lysis of Ore
Slimes and Conceirtrates 214
Card 5/6

Problems in Mineralogy (Cont.) SOV/5740
Loginava., L. A. Experiment in Measuring the Optical Constants of
.Gdrmanite and Renierite
ECONOK[CS OF RARE ELEMEM
Leksin,, V. W. Prospects in the Industrial Extraction of SeUnium
and Tellarium From the Products of Copper-Molybdenum Ore Processing 235
Kaganovich,, S. Ya. Uafnium (Economic Sur7ey) 246
AVAILABLE: Library of Congress
Card 616