SCIENTIFIC ABSTRACT SHOROKHOVA, YE.V. - SHORSHER, I.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549910009-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L,AVfGR.'A-E() I',;, NadeLhd a NiL'olayevt~~, ki(-,kLj v Oic
otv. red.; fAlUiLkF. I-A., red.
[Prerequisites of hurnan tbinking: imitative corstruotion oy
apes and children] Fredposylki chelovecheskogo n7slflenlia;
podrazhatellnoe konstruirovanie obezlianoi i de-Omi. Moskva,
N auk a y1965. 108 p - ( MI 1-U. 18. 5 )

SHOROKHOVA, Yekaterina Vasillyevna; KOZERUK V., 'EM I
- -- - ---' -' .1 red.; U AAN F.p
red.; CHEPELEVA, 0., tekhn. red.
[The problem of consciousness in philosophy and natural science)
Problems. soznaniia v filosofii i estestvovedenii. Moskva, Izd-vo
sotsiallno-ekon.lit-ry, 1961. 362 p. (TAIRA 15:1)
(consciousness)

HORNATSKIY, Ivan Ivanovich, kandidat tokhnichaskikh nauk-, KAZACHKOV.
Ye.A., redaktor: SHOROPIN, V.D., rodaktor; ATTOPOTICH, M.K.,
tekhnichaskly reWM91
[Dosulfuration of Marten stool] Desullfiratsiia martenovskoi
plavki. Moskva, Gos.nauchno-takhn.izd-vo lit-ry po chernoi i
tsvotnoi metallurgii, 1955. 113 P. (RLRA 8:12)
(Steel--~Heat treatmant)

SHOROR, V1.
"It's good to live in the Baikal region." Sov-voin 38 no.16;
14-15 Ag 1.56. (MUU 9.-12)
(Baikal region)

SHOROR, V1.
One's own mark. Izobr-i rats. no-12:14-15 D '59-
(MIRA 13:8)
(Bearing industry~-Technological innovations)

SHO-;~G.., V1.
oward t~ie future. Izobr.i -rats. no.6:28-30 Jo '60.
1. 3-..etsi-,llnyy kcl-:.-osporldent zhu--r-.!Ia "Izobreta4u---!' i raL.Aonali-
zatoril a:,
g.Xr iato-r::;:.
(Kramatoy-o'c-Tec'.,i--iologicaI inrovations)

SHOROR, V1. (g.Belgorod)
Damage to an important business. Izobr.i rats. no.8:
29-30 Ag l6o. (mIHA 13:7)
1. Spetsiallriyy korrespondent zhurnals, "Izobrotatell i
ratsionalizator."i
(Belgorod-Boiler,;makere-Technological innovations)

',-SHQRQ& vi.
Published in Ishevsk ("Experience of mixed brigades" by N.P.
Zubarev,r "Autcmati= of reeling processes" by A.K. Belopashtsev).
IzobrJ rats. nool:46 Ja 161. (MIRA 14:1)
(Automation) (Technological innovations)
(Zubarevy N.P.) (Belopashtsevp A.K.)

SHORORI Vladimir-,
With ability and with all his heart. Izobr. i rats. no. 5:2 of
- 1 -5)
cover 11 (0 ; ~fy 161. (MM& 14.
(Containers)
.1

SHOROSHOV) M.U.; NAZAROV, G.V.
Phase tranformatiors in 0.- andC4 - titanium alloys in the weld
zone and criteria for the salection of welding conditions. Titan
i ego splavy no.10:27&283 '63. (1-f m '17: 1)

SOV/2o-1 2 1 50
AUTHOR:
TITLE: The Effect . of Unequal Heating Under Conditions of Creep
-on the Variation of the Stressed State (Vliyaniye neravno-
mernogo naffreva v usloviyakh polzuchesti na izmeneni--ve
napryazhenr go sostoyaniya)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 123, TTr 5, PP Bog-B12
(USSR)
ABSTRACT: If parts of any engrine are exposed to the combined influence
of stresses, high average temperatures and high inhomo-
-eneities of the temperature field, a creep appears in them
.
and the rate of its development is different in different
points of tile croos section 'of the engine part. This causes
a rather stron(-~ redistribution of the stresses. According
to the theory of solidification, the following equation can
U -
be jiven for an uniaxial stressed state:
Ae- P/T (e k1al _ 1) 4)(p). v
~ d E
/d-r denotes
v
~ sign 6
.
p
p
p
the rate of creep; T - the absolute temperattirej A, P, k -
experimental constants; p - a parameter characterizing the
Card 1/3 solidifying plastic deformation accumulated by the creep.

GOV/'20-123-5-11/50
f1ho -Effect Unecual Heating Under Conditions of Creep Upon the Variation
of the Streasel Stlate
For inhomo-eneously heated bodies, the author assumes
+ +
p p + up for 6 > 0 and p = p- + up or 6 < 0 with
P+ v+d-,,, Iv- dT. + denotes the plastic de-
p Pi p
0 0
formation accumulated during the period of expansion, p
clurinC,, tile period of compression. Tile coefficient u charac-
teriz~s the direction of tile solidifyinl- influence of'the
zilastic deformation. A "fast" plastic deformation is assumed
4
to exert no influence upon the solidification caused by creep.
The function 0 and P/T are approximated by linear expressions
in the interval T and T . For an uniaxial stressed state
(ax = d' dy = az 0) the deformation can be jiven as
F_X ~ z fk(x) ~k(y'z) . A connection between stresses and
Card 2/3 k=1

OV '2o-1 2j-~,-l 1 "50
S
3 /
The Effect of Unequal Heating Under Conditiono of Creoi) Ul)()rl the, Variation
of the Stressed State
defornations is given for the special case of the expansion
and bending of a otrainlht rod of any cross section. Another
way of solution may be used if the sian of the stresses does
not depend on time. The author ~_,ives a short. comparison of
the various solutions. The law of the distribution of the
steady rates of creep over tile cioss section of the rod
coincides with the "kinematic" distribution law of the de-
formations. From tile above-mentioned solutions, the distribu-
tion law of the stresses in the steadystate of the creep can
be derived. A figure shows the stresses in an e:-nanded rod
for a parabolic distribution of the temperature over its
cross section. In the desi--n of engine parts inhomogeneously
heated to high temperatures it is not sufficient to investi-
J'ate only the initial stressed state, the dependence of the
stresses on time has also to be taken into account. There are
2 figures and 9 Soviet references.
PRESERTED: July 2, 1958, by Yu. N. Rabotnov, Academician
SUBMITTED: June 26, 195B
Card 3/3

25(2) PHASE I BOOK EXPLOITATION SOV/3096
Birger, I.A... B.F. Shorr, and R.M. Shneyderovich
Raschet na prochnost' detaley mashin; spravochnoye posobiye dlya
konstruktorov (Design of Machine Parts for Strength; Manual for Designers)
Moscow, Mashgiz, 1959. 459 p, Errata slip inserted. 25,000 copies
printed.
General Ed.: I.A. Birger, DOctor of Technical Sciences, Professor; Reviever:
N.P. Dorogov, Engineer; Ed.: N.V. Manakin, Engineer; Managing Ed. for
Reference Literature: I.M. Monastyrskiy, Engineer; Tech. Ed.:
A.F. Uvarova.
PURPOSE: This manual is intended for engineers and designers.
COVERAGE: The book deals with mractical methods of designing parts and
units of machines for strangth and vibration resistance. Special
attention is given to threaded joints, tooth gearing., parts of turbines,,
and piston engines. Formulas for determining stresses in struts, thin
plates, and shelves are presented. No personalities are mentioned.
C a r &--1--j 4 47

SOV/179~-59-1-12/36
AUTHOR: Shorr, B. F. (Moscow)
TITLE: -aa-1culations on Unsteady Creep of Unevenly Haated Bars of
Arbitrary Cross-Section (K raschetu na neustanovivshuvusya
polzuchest' neravnomerno nagretykh sterzhney proizvollnogo
poperechnogo secheniya)
PERIODICAL: Izvestiya kkademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Mekhanika i mashinostroyeniye, 1959, Nr 1, pp 89-96
(USSR)
ABSTRACT: Assuming the strain is made up of four components:
e = a / E +- Yt +- e * +- e (1.2)
p p
where a is the stress,
expansion, t the temperature,
deformation, and E p the
during the creep process,
relaxation in an unevenly
y -the coefficient of thermal
E;* the rapid plastic
p
plastic deformation accumulated
the stress distribution and stress
heated stressed beam are found
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SOVA79-59-1-12/36
Calculations on Unsteady Creep of Unevenly Heated Bars of Arbitrary
Cross-Section
mathematically, and numerical examples given for alloy Ej,-
437A. There are 4 figures and 11 Soviet references.
C)
SUBMITTED: July 2. 1958.
Card 2/2

SKORR, B.F. (Moskva)
Evaluating nonstationary creep of nonuniformly heated rods
with arbitrary cross section. Izv.AN SSSR-Otd.tekh.nauk.
Makh. i mashinostr. no.2:89-96 Ja,.F- '59. (NnU 120)
(creep' of materi4le)

24(6) SOV/179-59-4-32/40
A07HOR: Shorr, B. F. (bioscaw)
TITLE: On the Experimental Examination of the Theory of Extension of
Twisted Rods
PLRIODICAL: Izvestiya -kkademii nauk SSSR. Otdeleniye tekhnicheskikh nauk. .111e-
khanika i mashinostroyeniye, 1999, Yr 4, PP 176 - 178 (USSR)
ABSTRACT: Some results of experiments are put forward here. Elongated
rectangular twisted rods were stretched. A comparison of the
exDerimental data with those of the calculation shows that the
limits for the application of various theories are determined by
the "torsion parameter" 2- At 2 (Tr) is valid,
although this is not always true for non-uniformly heated
cylinders. In the present article, which is based on the theory
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88515
S/179/60/000/006/007/036
E022/E107
On Calculating Non-Uniformly Heated Cylinders in the Elasto-
Plastic Region
of small elastoplastic deformations (Refs. 4 and 5), two methods
are presented for the solution of the thermoplastic problems.
Work hardening and compressibility of the material are taken into
account. In the first method use is made of the "elastic" solution
and the complementary stresses, while in the second method the
11plast�c" solutions are employed. Both these methods are used to
solve the problem of the elastoplastic behaviour of thick-walled
cylinders with axisymmetric loading and arbitrary gradients of
temperature, as well as of physical and mechanical properties of
the material in the radial direction. In the "elastic" solution
(Ref.5) for every elastoplastic strain Elk in addition to the
actual stresses Cyjk occurring in the ma erial, hypothetical
elastic stresses ajko,. which would occur if the material
suffered these strains in a purely elastic manner, are introduced
(see Fig.1). Assuming further elastic changes of volume as
expressed by
K(G - 3(xt) (1-5)
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S/179/6o/ooo/oo6/oO7/036
B022/EI07
On Calculating Non-Uniformly Heated Cylinders in the Elasto-
Plastic Region
where the local values of K and a depend on the local
temperature (and therefore mayvary from point to point),
I- 2f& I- 21L 15
npni=k)
0 upu i--#k
is obtained. Next, strain Eik is expressed in terms of
displacement uj and by intrSducing Eq. (1.8) into equations Of ~I
equilibrium, and taking into account the boundary conditions
U U.00 + Q (a (1.9)
j jk*)
and
a a 00 L (a a
jk jk jk jk jk%
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S/179/60/000/006/007/036
E022/EI07
On Calculating Non-Uniformly Heated Cylinders in the Elasto-
Plastic Region
are obtained, in which ujOO and 01koo. are respectively th e-
actual displacement and the actual a ress corresponding-to the
given temperature field, and Qj and Ljk are the linear
operators of the complementary ;tresses. Finally, by means of-
4
successive ag~roximations (starting with the initial elastic
value crjko( ajkoo) the required solution is obtained.
The operators Qj and Ljk are then evaluated for t = 0 and
for the case of an axisymmetrically heated and loaded sloping
cylinder of the inner and outer radii a and b respectively,
and the boundary conditions given:.
b
a (a) a (b) 0, a (r) r dr 0
r r a X
As an example, therinal stresses are computed for a cylinder in
which the temperature difference between the hot inner surf
and cold outer surface is 250 ?C with the following parameterst
Card 4/ 6

5/179/00/000/006/007/036
E022/E107
On Calculating Non-Uniformly Heated Cylinders in the Elasto-
Plastic Region
6 2 2
Y = 0.5, E: = 1. 85 x 10 kg/cm CTT = 22 kg/mm I A = 1/39
= 17.2 x 10-6 per OC. In these circumstances there are two
plastic zones formed. The convergence of-the successive
solutions for ai is shown in a graph and compared with the
purely elastic solution. Also the elastic and elastoplastic
stresses are compared in another graph. Computations show that
when there is only one plastic zone formed (as in the case with
a smaller temperature gradient) then only two or three
approximations are sufficient. With the development of more
plastic zones the method of "elastic" solution requires many.
successive approximations. In this case it may be assumed that
the material is incompressible and jLfter solving the problem the
required corrections may be introduced by means of successive
approximations. Foz: a cylinder with an internal pressure Pa'
and external pressure Pb as well as an axial force P, and
heated inside so that the radial temperature gradient is 250 OC,.
the results of such an approach are shown on yet another graph.
Card 5/6

28969
S/179/61/000/003/Olo/ol6
Eo8l/E435
ALT ~IHOR! Shorr, B.F. (Moscow)
TITLE. Vibrations of twisted bars
PERIODICALg Akademiva nauk SSSR. Izvestiya. Otdeleniye
teklinicheskikh nauk. MeRhanika i mashinostroyeniye,
1961, No-35 pp.102-112 I
TEXT. The paper is a continuation of previous work (Ref-13:
Izv, AN SSSR, OTN, Mekhanika i mashinostroyeniye, 1960, No.1;
Ref.14: Izv. AN SSSR, OTN. Mekhanika i mashinostroyeniye, 1960,
No-5~ Ref.15~' Izv. AN SSSR, OTN, Mekhanika i mashinostroyeniye,
1.959,, No.4). The vibration of twisted bars is of interest in
connection with airscrew blades and the vanes of compressors and
turbines. The approach based on the classical Kirchhoff-Clebsch
theory of thin bar.-: assumes that i-rrespeL~tive of the twist in the-
bar, the longitudinal strain, the angle of twist and the components
of ::ur-qature are proportional respectively to the longitudinal
~~trcs!~, the twisting moment and the bending moments. This
approach has had only limited success and more general Vf(
relationshi.ps, involving coupling between longitudinal, bending
and twisting deformations, have bten proposed. In the present
Cai d 1/3

28969
S/179/61/000/003/olo/oi6
VibratiGns of twisted bars E081/E435
pape! , the problem is investigated using the general relationships
proposed previously by the author (Ref.13,14). These
relationships are stated in matrix form and, with the aid of the
equIl-ibrium ",quaticns, the differential equations governing the
vibr-iticGs are derived. These equations,together with the
boundary -ondition5 appropriate to one clamped and one free end,
ie,ad to a system cif -Lntegral equations. The expressions for the
potential arid kizieti-. energies are also derlived. In considering
the .101%rest nl'~;d~-S Of vibration, the longitudinal inertial forces
and berLding in the plane of maximum rigidity can be neglected;
them simplified t-quations obtained in this way are solved to give
the frequencies of the first and second bending modes and the first
torsiorrai mode of an axial turbine vane. These frequencies are
~-Owpared with Chose (a) calculated ignoring the twist,
(b) -~al,--xilated from the Kir,~hhoff-Clebsch theory and
C-) -zbtained f.-om experiment. The values calculated from the
present theory agree closely with experiment, whereas the remaining
ca.1--ulated valued-: differ considerably. Experimental frequencies
are also given for a number of twisted duralumin bars and
compared with calculated VillUes. Thanks are expressed to
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289610
S/179/61/000/003/010/016
Vi I, j-.,i rof twis ted I) a rs Eo81/E435
N.N.Akimcva and N.V.Zemskov for participation in the work.
P.M.Riz, A,I,Lur-lye, G.Yu,Dzhanelidze. V.M.Marchenko,
S.A.Tumarkin and I.A.Burger are mentioned for their contributions
in the fields There are 5 figures and 16 references: 10 Soviet
and 6 rion-Soviet. The -four most recent references to English-
language publi~-,ations read as follows:
Rossard D.D. J.Appl.Mech., 1953, June, v.20, No.2, p.241-244.,
Carnegie W. Proc- Inst. Mech. Engnrs. 1959, v-173, No.12;
Sato Tal~ce:shi. Trans:. Japan Soz. Mech. Eng., 1958, 24, No.147,
P.866-872; 2nd i-ept., Trans. Japan Soc. Mech. Eng., 196o, 26,
No,161' P.4-11ir
Knowles J.K., ReL3sner E, Quart. Appl. Math., 1960, 17, LNO-4,
p,4og-.42-2.
SUBMITTED.- March 7, 1961
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23740
S/089J61/010/006/005/011
-7 9 ~2 47, AS-0 B136IB201
LUTZORSt F~idman. Ta, B., Sobolev, N. D., Boriaoy, S. V. Yo
logorov,
anko, V. P., Morozov, Yo. M. Shapovalov, L.A.
_Lt, Konl)plr
ard Shorr, 3. F,
TI'L?6i Some problems of thermal strength in reactor construction
PFIIIODICALj AtomnAya onorgiya, Y. 10, no, 6, 1961, 06 - 619
TEM The gurioral idea of the failure of thermal strength Includes two
zypo3 of fractures the gradual (ouberitioal) fracture as a consequence
of an extreme deformation or of a groat number of cracks ur of largo-cized
cracks; cauao:3 and manifestations of those fraoturon are discussed, and
the loss of olaatic or plas~iC 3trangth on the passage through the critic-
al state. Either type of fracture may ba brought about by four causes
rif stresss 1, mechanical or thermal ahock stresses; 21 brief static loads
for some minutes or hours; 3 9 static loads, for -some months or years; 4
periodic loads. Fig. 1 presents examples in the variation of elastic and
plastic conditions in a tube, and a fictitious elastic tension is shown
to arise in th4 plastic zone (dashed line), while the forma of mechanical
Card

23740
S/069/61/010/006/005/011
Some problems of tharz;al strength ... B1361B201
and th6rmal stress are intercomparad in Fig. 4- Creep arisen In non=i-
for=ly heated structural elamonta, and cracks appear as EL consequence of
plaotic dullorr-ation, particularly with materials having a low plaatiait)r
at room turaperature. For calculating the creeping process the assumption
in made on the basis of the creep theory that there is a functional
relationship between the rate of creep vi, the instantaneous atresarq,
the temperature T, thd timorU, and the plastic deformation P, namoly,
v Hbra, P4VOT; vi P..f.(6',,T). Tb~a thermal N
P
fatigue fracture has much in common with the mach&nical one. It can be
therefore du~ormlnad from 'he known x6chanical properties of a material.
Whareas, howuvor, the thermal fracture appears after 103-104 Y01013,
thn menhanical one takes 107 a c
_10 yclea to appoar.. 1 characteristic feature
of U-Pthermal fracture is the local deformation in zonon-vith a. particularly
la.rga taraparaturo diffarqnca also in homogonea-un fisldB of atress. Thin ia
also rolateii to the appearance of high microstrevaos (Table 3), For sudden
thermal ahocks the temperature jump giving riae to a brittle fracture nay
Ckrd 2A~

23740
5/089/61/010/006/005/011
Some Droble=s of thermal strenGth ... 31361B201
bo estimated by an equation. Of importanco in the practice, however, is
the creep character and the durability of the material under combined
machanical and nonstoady thermal loads. Experimental results are illu-
ztrated in Fie. 91 where the curves of varijation of lonCth-versus-tims
(scale 400:1) are compared with the cyclic temperature curve I! and the
thor=al and elastic deformation III. As opposed to combined stres3 con-
ditions, in which the strain-3tro3s characteri3tis concerned is -noraenod
with Increased tooperaturo3, stros3os in case of a purely thermal stress
are of a thermal origin and lead to bulging of structural elements in the
hot zones, without, however, causing their breakdown. The micromechanic-
al properties were chocked in two ways. The principle of the second is
illustrated in Fig. 1~j while the results of the former - for static.
elongations and at 1400 - 15000C in vacuum or in a controlled atmosphor
are presented In Fig. 12. In Fig. 13, 1 denotes the sample with a cro3
section of 2 X I or 3 X 1 =m, that in placed in a groove milled out from
block 2. The pressure is yielded by stamp 3 made of tungsten briquettes
4. The resulting breakdown is indicated over contact 7. There are 13
figures, 3 tables, and 39 roferancest 27 Soviet-bloo and 12 non-Soviet-
bloc. The three moo'. recent references to Engliah-language publications
Card 3A

2Q000 6100 5/011
S/089 61/~
Some problems of thermal ntrangth ... B136/B201
road as followst Fracture, row York, Wiley and Sona, 1959; B. Sternb ry,
I. Chakravorty, Quart. Appl. Math., 17, no. 2. 205 (1959); E. Glenny t
al. J. Inst. ketals, -"2.y (1959).
SUBMITTED: September 19, 1960
Logend to Fig. 1: Distribution
of axial streasea and onlargumant
of tho plastic zono in a thick-
val'Ie'l Val')z, ulth
Jumps: r - radius of an arbitrary
point; a - inner radius
Card 4/9,z f

STIORR, D. F. (Moscow)
"Periodical processes in creep"
report presented at the 2nd All-Union Congress on Theoretical and Applied
Mechanics, Moscow, 29 January - 5 February 1964

- - 01
ACCIESSION NO: AP4020048
S/0032/64/030/003/0340/0347
AUTHORS: Shorr, B. F.; Dullnev, R. A.
7.TI-LE: TrivestIca"on of temperature stresses and creep during variations in temper-
ature
SOMICE: Zavodskaya laboratoriyal v. 30, no. 3, 1964, 340-347
TOPIC TAGS: creep, thermal stress, temperature change, shearing stress, thermal
fatigue, strength, material failure, static failure
ABSTRACT: This is a survey of a great number of papers, Soviet and other~,relative
to strength of materials when subjected to changes in temperature. It is pointed
out that increase in temperature effects the thermal resistance directly (by
changring mechanical properties) and indirectly (by formation of thermal stresses
from expansion). Many papers have been writ *ten on thermal fatigue, and it has been
found that shearing stresses play a dominant role in the failure of material
becave of thermal fatigue. In some cases a connection has been found between
characteristics of thermal fatigue and static failure. Some authors have proposed
using-steady static loading to test thermal fatigue. This survey of the literature
pointi out that future advances in studying thermal resistance at different
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AccEssioN No: AP4020048
temperatures will depend chiefly on investiGation of the actual ccnditions cc the
operating parts under natural conditions. Standard methods must be developed for
cmparative tests of materials applicable to definite c.onditicas of operatica,
and. it is urgent to study the kLnetics of the processes leading to fractures and
failure and to work up a _mro_mer technical theory of strength. Orig. art. has: 6
figures and 1 table.
ASSOOIATIM: ncae
SM41TTED: 00 DATE ACQ: 2714ar6~ ENCL: 00
SUB CME: AP NO IW SOV: 043 019
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L 12863-65 ( V - -
1UP k EPA(bb)_2
Pe-5777 77N_4 AEDC(b)/z!iSD(p)~~-3*/AFTC(a)/-4FA-~C(a)V/APGC~a)/AS.D
27TZE.- 1Qe.'7d,417,6~-AVJ-9tJVff 101SC111atf-Ons' Of t"SCedconzare"ar.
A
SOURCE: Prochnoa t i dinamika'av late 10M~0"Al Olsft 10AIM"I"Itl WA
te V0
of aircraft engines); abornik statey, no.- 1. AoSrC& rzd
compress
TOPIC TAGS: comprerisor blade, compressor, blade vibration aIxW 2.s
o e---,----:~.K
pproac ea--t
_jjf
on.on e basis of- the.
6 e~he_ 'I the ad U n
t t t~
equations
from the point of view of the general of, the _the of-elaqtirAty;~~::_
3) the solution on the basis of the theory of plates ~ And shells., . 'in the presen -7-
article, the author bases his calculation of the -flevo-torsional osctllations~ of
twisted working compressor blades on the-ap e rods of -ee'
pli d,theory of tvf~ttd X.
rb
tended or elongated profile (Ri - F.. Shorr. Kolebanlya zakruchennyfth- ster ney,
Izv. AN SSSR, OTN, "Hekbanika i mashinostroyeniye',,1961, No. 3. andzt teo-rit
zakruchenny*kh neravnomerno nagrety*kh sterzhney, Izv. ANSSSR, UM, llfek6nika
Card 1/3

L 12863-65
ACCESSION NR: AT4046189
mashinostroyeniye", 1960i No. 1). Theiauthor poin.ts.out.- in this c6nnectiont -
that in recent times this method has been subjected, -to ~rathAir broad-based-ex- _7
perimental verification with favorable.results. In-employing this the-
ory,
attention is called to the principal peculiarities--of-twisted blades- such as-ihe--
qu-ncy, the deformation relatior
marked. fallmoff -of the f-irst,fre e of the
bending-twisting vibrations which occuri:-~.even.. when--thd pod itions "idf-the:. centers
y--of the-secti
of gravity and the centers of elasticit ons_O`dincidei the d:jon
amic
stress redistribution due to twisting, etc. The atithor notes,that.-at the
time, the general method presented in this article for the cvmp~utation of the
flexo-torsional oscillations of a twisted blade has. been ~ success fully- programmed
for electronic digital computers. The fundamentals of the.. theor **- of twU ted -xddiL
Y-
of extended profile are first-discus.sed in the article, with special'attention
to the basic relations between internal force factors. -and deform4tions-.-
Deflections or shifts are also considered, along:,with.baiance equations and -the
,geometric ch cteristics of the blade:'
problem of the determination of the special ara
In the second main section of the.paper, the 'author takes up the-:P"roblem of the
free oscillations of a nou-rotating blade. Basic-equ'ations are derived and
analyzed, and the energy ratios and the condition-of orthagonalltyare discussed.
The rotating blade is the subject of the third chapter of the article, while-
the forth section is dedicated --to- the -genera:,I-:-method,-of,-caleullation.-for-bending-.--~--:* -L--
Card 2/3

GRINBERG, S.M,, inzh.; SHORR, B.F., kand. tekhn. nauk
11- -, . 7, .1. 1 - ~
T'heory of the vibrations of rolling-around hinged vanes. Rasch.na
proch. no.10:324--351 164- (MIRA -181l)

BIRGER, I.A... red.; DAREVSFIY, V.M.; KIIIASOSFVILI, R.S.; SERENsai,
S.V., red.; ~PRR, B.F., red.; RODZEVICH, S.S., red.
[Stability and dynamics of aircraft engines] Prochnost? i
dinamika aviatsionnykh dvigatelei; sbornik statei. Moskva,
Mashinostroenie. N0.1. 1964. 287 p. (MIRA 18:10)

L 11618-66 9,;T(m)/B-IP(w)/EWP(v)/T-2/EKP(k)/&d(m -- -WW
ACC NR, AT6001270 SOURCE CODE:
AUTHOR: Shorr, B. F.
ORG: none
TITLE: Vibration calculation of hinged blades~- 114
'UR/0000/65/000/000/0292/03.'
SOURCE: Prochnost' i dinamika aviaLslonr, kh dvigateley (Sti?.,pth and dynamics of
aircraft engines); sbornik statey, no. 2, Moscow, Izd-vo "Ma-shinostroyeniye,11
1965, 292-315
TOPIC TAGS: turbine blade vibration, turbine blade, rotor blade, blade vibration,
vibration theory, vibration analysis
ABSTRACT: A general meLhod is presenpad for :alcula.-Ang z.sh'.ned flexural-
torsional vibrations of curved bladesi-a 'F Ltacbed to the rOL-. jiz2 y hinges. It
is assumed that the hinge axis is parallel to the rotor shaft, ti.at the hinge pin
mass is insignificant in comparison Eo the blade mass, and -azt. the .-.mplitude of
the vibration is small, thds permitting the use of linea: ec.- -tions. The method
is an extension of the one previously developed for rigiuly ;.,)unted iblades. (Shorr,
B. F. Izgibno-krULil'nyye kolebaniya zakruchennykh kompressornykh lvpatok, sb.
"Prochnost' i d-namika aviatsionnykh dvigateley," no. 1, Masi-Anostroyeniye, 1964.)
Orig, art. has: 9 figures and 101 formulas. [AS]
SUB CODE: 21/ SUBM DATE: l7jul65/ ORIG REF: 007/ ATD PRESS:-~t/

1. ;-,-:-7cR -, F. A.
2. !-~SR (0`00)
4. Sif iLll- Abnormities and Defonnities
7. Csteodystrorhi--, fi:bros.n of the cranium. Vest. oto-rin. 14, no. 6, 19~52.
9. 'ef,-nthl%- List of Russian Accessions, Librar-y of Cona-ress, March 1953. Unclassified.
W

SHORR, F.A.
Sarcoma of the ear in early childhood. Vest. oto-rin. 25
no.2:103-104 Mr-Ap 163. (MIRA 17-1)
1. Iz otorinolaringologicheskogo, otdelaniya bollnitsy
No.11 Timiryazevskogo rayonnogo otdela zdravookhraneniya
Moskvy.

1. SHORR, M. A.
2. USSR (600)
4. Medicine - Formulas, Receipts, Prescriptions
7. Sim-lified receipts. Apt.delo no. 6, 1952.
9. monthly Lists of Russian Accessions, Library of Congress, 11arch 1953, Unclassified.

SHORR, M.A.
Vislinevskii salve. c;;)t.delo no.1,1,:47-10 J1-A,.- '53. (URA 6:8)
(Oint=ents)

SHORR. M.A.
Care for men. Apt.delo 3 no-3:31-32 My-Je '54. (HIMA 7:6)
(HUM4ACT,
*in Russia)

SHORR, U.
1-5-6V ifn~
.0 -- tvg
Atomic batteries. Dos. such. fiz. no.5:227-230 157.
(MIRA 16:6)
(Atomic energy-)

Distr CYS
4E3C
Heat transfer between a liquid-fluidIze bed and t e c6ir
puler wall. E. Rucketistein, V. Shorr, anti G. Suciu (Poli--
technic Inst. Uticarest). A aa--re-p-p-nTtil,zre--Rotti-ine. 5
171. 77~~-
S1ndiicrrcrtdrifiz. 10, 235-46(.951.,.-
--r. Uvenspiel and Walton, CA. 48, 5,562h, Mickley an~~
Trilling, C.A. 43, 647M.-Prelimitint-v results of heat trans-
fer betucen a gas oil or 1120 fluidized bed and the container
wall are reported. Tile expti. data are interpreted by means .1-
r)f the modified model proposed by L. and W.,which is in satis-
factory agreement with present data, as well as that by pre-
vious investigators (Nf. and T., loc. cit.). The results have
been correlated by means nf 2 empirical equations repre- .
5epted generally by Nit F(Re. Pi,, Ylr). M. Lapidut.-

7 s c P f, n ra,
49 7 T-j- 83 -3
J- (nn ",i!(. 1, r"a t, t ry f Lht. 'f-,-j ros I L
I n 3 i i n !,,J, icif~y )and, 14i,111cinc, V ovo~i 1 b t--Ik

a ,
ZABORMIKOI, K.B.; POLYAKOV. V.P.; SHOR~QaE4
Application of the ccnplex emarvition-thermal method to the study of phase
diagrams as exemplified by the system KCI - CaG12, Radiokhimiia 7 no.3024-
329 165. (MIRA 18-7)

4 1:;- t 1~ r I - I L -e t h. c
tlM t ., 1 ;0-, fz:adl ia 'I nr~
.14
18

0 0 0 0 0 * 0
0
:
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0 4 0 0 0 0 4 : 0
0
:

A
l
C 0 L 1 It if If JD i it n a J4 a 26 a in M 1
4 it j A L a m
P1 0 all U1101 11AA34" v U~ to 11 31 it is it it a 61
# I a j 4, of 0 of,,@
,
f _ ..A,
so
-.00
of
-00

00 The influence of oxidation on the Rotation of sulilde -00
00 C mineMs, ti. ChatcopyTite. 1). A. Shvedov and 1. N.
11 Zhu,. 2, N.J. I;,,. l(r 12m- -00
0 1).'7; cf. C. A. 32. 12110, -410
0 A.. v':m-The mlation between the d(iiatability 0( viiitco-
pvrite and the drsm Of O'CidAtiMi IIV HA WAI .00
Witbirwrtmv it% Ilivciinen. W 11,0~ the thatahilltv 1xv-111'r
-00
so 'r Thk efirci wa,4 dur to th: loft"Alit", t4 % lawr of
Fv(011).. Ulien ihi,, FC1011). od 111maliv -*i
aCid. the original flaalability wa~ re-mmil. Stiltillilion ttf
00 thr urface of thr chalct")yrite with Na,() bit] a strongly
--ive effect. Terpincol i, a% wdl uittll [?r t1matim,
deprt
a, tanthate. %t-r.

zoo

so
00

pro 9

0
4 1 L A NfTALIUPGXAL LITFIFAILif CLASSIFICATIGO.
EZ 0

2re 0
r v 71-
0 IL 1% 1
Sp tv K K or it it K
a 11 io n An A % Is 04 0
1 ~14
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0
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0 0 0 0 0 0 0 0 0 9 *
0 00 000 1 00000006400000004

1 6 P 1 0 4 11,11jiatlaa low also
A
-651$
A
of a
of
00 A
00 j
a
..0 POOPIPOF41 1.01.
The re&Wom of zu4sts raad pyrite. V. A. Shytdov
mid 1. N. Shorshm Gormo-Ob%laild. Zhgr. No. S, 29-
xanthaic tdm a stable Pdfide-un-
thale canupd.of Fc. tem which the zmanthate lov, can be
rertuoyrd by Off or other kram At it rulotbatc room. of
1111K) 9./Im. the ulathate srut pyrite rmLt completely ia
15 Inial. It. Z. KA&nirh
-I-L A AITALLUJIGICAL LITERATUNE CLASSIFICATION
Waarm ll-aall-
W 11 U U 14 U U U to to W do U 44 43 It
-00
-00
-00
-00
-00
-490
Igo 0
C,
see
a**
use
=00
ve 0
0:1
OJI131 are C.- at$ in 0
I I ad a a, I rar 0 5 As a 3
b It In im 10 H
0 0 0 0 a 0 o 0 a 9
old 0 *
* 0 0 0 0 40 0 0 0 0 0 *Is 0 0 0
70 or 0 0 0 0 lip re

1 4 1 6 1 1 t 4 11 t2 1i mi Is 14 Or 11 11 if AS Is it IF A
a
of a
influence of olidAtillik oil tile flitittion of sulfide min,
Craig. 1'. A. oild 1. -N. 6w".,
No. 9 10. :214 Jll~IV ,177 _-_1Tj - oxidation
ZA." N
,I pwite ajid if other Sullid" ronsists probablY Of succeii-
j jnv 11,11IX-fif till- Mill's X14111 1.%Vtl% f1`0111 $lure %lilfillr 10)
00 a -lutfi,le mill 4 t r ato Imally ill ulfab-. Duttita the mallide
Atilt M1111,11 1141f.41V 11111(c' till -Wllbl~l 11111~ Use C01111CCIel
11ii,cmim,16m i,I,mkvn vilwit the
00 SulfAte stage l4ruach"I. If $Ili 11) dto%y Suilitics are fintuttl
40 a .,it the mitfact: faver, of the cry,t. ItAttice during oxidation
i .4 Ow pytic'. (.1 real.( with other slitt'
OR -r
tarirc. indulfing -what, ,It lii gowrtic4l Its- it- .-rift
-00
otlidwAsurfitev. [list ~i,iitli.liztd%aufik"o(t)yriteglAUI*
.411,611" by it.-mill'ist with NA,,li will Previrm tr-wtiou -00
.114 ?-tilt, it'll I'MIC -00
Atilt dmitywi lonshurn Ib,
llvdmk~ wllul,- I tic 'Ictiolk tit the it~ 1.1 Upi-it Ih% PILAII M*e
tieprts-cd pyrite con,isti, tit ncutrAlutinS the mikAit to tit.
t
pulpaim to dimulving t lie hydroxide films on the pyri e~ur-
(a, v. letiv,timm dow% itivi %tm t until addul. aridific, 11,011 ZO 8
hA-hoialtrd tile hv.*~mv millid"tubvilmitide atul itnaily 10
111,, .611fiste, tile I.V111V cl9j,c9lItAjC fildy Int IbInvilsirif
Act liptaling with L*,.().w Aah. I film is till,- 1.) 0
plwtm~ljt u1 [lie %J11111.3tv by 011 14-113 alld the furmAillK) Croo
.fahydroplaileLiyt:rufliyttr.%Ytutfidt,,i. Thepyritemn- i
"W"Itall. it, alml its irlWalwal by tile A,.tk)tl of itig 0
wkidititig act ut%. I l:sp !* 41u, tit the ill%litwtioll of tile ::o 0
111%wr lay.-IN if Ill, , 1 %,1. Lot 1, v &:Hit tlw butm.,111clit (,a -
lI1AAbA60bJtlJwU 0
IhAt N11,N), if-W1 WIt IlAVc At-Y d~P11--sliC "171-C Uj~n tim:
tha"ti'm of pyrill. provill"I Illvrv i, It,, li,~,ibijily of in. I
elliLlill); 111ct, Of 111L 1111111 b) tit, hydioly~L-f till NA.'41, wim, 0

me-T.I.LUOICICAL LiTINATMI CLASSWK&TION
too" smajL- too
.10 iin. 0.9 oaa li~l Lsk
-0 .3 --y-frA- - - --- -
a AV 10 11114 9. 1- *31111i"Cl
U of a K 111 11 It HAD 1 1 114 An A 4 aw 0 IN so -3 a a
OR 0 0 OR 0 0 0 OR, 0 4 0 : 0 a 0 0 v 0 0 0 0 0 0 0 * 0 0 0 40 0 0 Is;
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11 1111 UIS 1631 1111111041 all
Is- _.t. -t-L. a A 4
hp I .

o
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t

0

1 0
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:;
'
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( Q -1
to it It In It a III u 14 is 1

11 111 170
05 V
A CC U
AA
I .
b
'
.
9
a 11
1
1"ll I T 1
- - -
is
00 A 9 Pike
11
1
t -"Q 1.,
0,11"11,111 WI ..so
00 r
so

00 A
00
Flotation of Camaiteriter. 1. N. Shomher. 7'mdn w
wili,.It apprikwh thAt it( Ste 1. 1:1 A W lite rrettlilr
-0*0
it t. to. N- 1%, 1:1 IkI(IjIj4V). -"t. 'V"j~ mv,tilable mab,tom-r. Ph 11.32 A I t- t. lim .4, 00
o0 a '111"Aliml "t Ow suffilev prolwFlieN .I ra-it'rite It. mit t-1 m it,, N*it-l Pbi N0i), A. eed,-pt, mw for lirS and
-
so 4 that it cited I be 11'eitted with itanthatc. flowd, Hildrirable ctotlixt~ . M1.011 gave, beer mule, 00
S,
1.1 'e.'t j- JL=l with Ilu te-inthate anti filter oil.
N11,011 etexi III dri'tr-int .11wrts, ferld.1'ar.
-00
so a Items: cassitterite should
not be Completely reduced for tourmaline, and lim-mile. A -tildex c2s"ittrite [Hilt.

0 litilatiOn. The lite them III Ix reducrd to the biviiII-nt
, was reduced anti InItillized for :9) Him, at 4011', three
A111C. Clitillik-dity I)MINI. tift() Was I'M(fily fiCIII(I'd With floated In a mjII,f:II#jjjj,l rittki of 1-2.A. Marc the op.
0 mdy a frollivit (pine Oil). Na,3,0,, NeS.S01,, forinic acid, rrallon 0.7 X. per tim of cresol was added. As drIr,-Iw
00 C11,10, and pheiny1hydraziHe were tricil without Sucre" Nilaull 4.2 leg. pcr ton, as collector Isemmyl tianthate
stgrtitie few r"hicinc Sn In cassite-rite to the bivalent tate. 0.24 kg. jx,r time, and ai acti"tur I'MN00, 0-375 leg. per r.0 0
flowd. Sit kept in ami attn. o( 11,8 for ~30 Hein. at 183--2(** ton wrre u%ctl, The 111iit. will agi(Ated with Ifelimmor
-
l
dd
d i
11110
so a It) iltial tbr pierlicirs with a Men of SnS was Hitt Boated by lcctt)r wt
re a
r
n two
far 15 mill.; activator 41161 rg)
xmithate and pine oil. To rem ct with xanthate the Ind. steps 0/a anti '/, of the total). After each adtin. the r0 0
10 0 IM,- i,m inuiii Iw oxitlimi. Oxid;ttion of SnS with CuSO, flotation Liebted 5 tuin. The concentrate of this operation
60 a A~ all 4ctivat,w gave a pr,.Iuct Chat Ott flotation with Bit contained 47.8 and the tailings 0.101 " ofSn0:- Thectim.
I
tialithate yi'-Wett ir-.31-. .1 the, So in 5 An. The, siejac, of Sj) was 28.701"r. Thr 12110141C flotation was ttied rf. go
Of ca-itcrite wa, reduced to a bivalcitt -,tate by tussibig
' Th-~eent-t-cc,n-
50
d
f
h
2
i .
=00
If and If,,i over it at a te-rup. above Xkl
(cf. C.A. 39. -
y remov.
wit
00
i
1
WhICIi gTilphite, Which wits ri,a
N971). The activation of tims tualcerizil with CuSO4 ecal not g. of starch lwr I"11. M. 110"Ch
effective. As activators, !Otis were sought with radii
300
'Is

114,1UR'IC11, 1,11EIA11141 CLAIIIIICAIICII
Aid-SL

z- ties

t30 0

1.1041 It O.W Oat flj.1110-tt 1,11111 aK all III

U 0 AV $0 111
"C it
"
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I

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14 A blail 1011 11 11 w 5 It 11 it A~
A A L k -a-l-L- 6- F A ..-I AA 0 M W EE Ii t d a
00 41
G, 0
60 Flotation of amithacintite. U.S.S,R
69,W, Nov. N), 107. lit adilit it) the comilmoly II,.,l
reagritts, Ca %Ats ac ustil f(Fr the flotation olsmilli")IIII,
00
go
04L
ji
A S a OTALLUROCAL UYINATURE CLASSIPICATION
L A
x;
It!
u u &v to is'
g
V
t
4. u u a po
-00
-00
"0e
see
;:**
!roe
=go
-:;woo
izee
tool
f I- uge
f A- An L S 9 N 0 N 4 1 W N 9 .1 a 3
I
0 0 0 0 0 0 0 0 04
0 0 0 * 0 0 9i

2i

:5

the Mew a --Tin
rrudy
k

e
PfGek,
'
-
P
kA
za
a,
e-
ny
IskoPaemykh (Mo-cow) 1955i 214L~&.
ZhUr-, Afel. 1956 Absur. No. c4m6.-If
the Qri cout,*S
size Irldus;0lis of valuable runr
-
gethei with SizzaAft.
4
-.
-
;;, 7-
cur,~idmrablc amf
it J!, re
to !ess Ena., use Eaw
25 for, ibc
he jractio
44
d
a
net
d U
No PIP ts is Present
,

137-1957-12-23014
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 12, p 22 (USSR)
AUTHOR: Shorsher, I. N.
TITLE: A Method of Gravitational Testing of the Concentration Capacity of Rare
Metal Ores (Metodika gravitatsionnykh ispytaniy obogatimosti
rud redkikh metallov)
PERIODICAL: Kolyma, 1955, Nr 9, pp 15-19
ABSTRACT- A method for the gravitational testing of ores is presented.
Author's comments for some types of ores are given.
A.Sh.
1. Metallurgy-USSR 2. Ores-Gravitat-ion-Test raethads
Card 1/1

SOV/ 137-57-11-20795
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 11, p 22 (USSR)
AUTHOR:
TITLE: Flotation of Zinc Blende and Pyrite From Polymetallic Ores
and Bulk Concentrates (0 flotatsii tsinkovoy obmanki i pirita
iz polimetallicheskikh rud i kollektivnykh kontsentratov)
PERIODICAL: Obogashcheniye rud, 1956, Nr 5, pp 7-11
ABSTRACT: A description is provided of a new method of depression of
Fe sulfides and sulfoarsenides (arsenopyrite) in the zinc flota-
tion cycle. This method consists of regular additions of small
amounts of limestone to the tailings of lead-and-copper, lead,
or copper flotation, with the purpose of preventing activation
of Fe sulfides by copper sulfate. The pulp is mixed with the
latter for a short time to activate the ZnS. Then a little cya-
nide is added to depress the sulfides of Fe and arsenopyrite.
When the cyanide additions are small, the activated ZnS yields
to flotation quite as energetically as do the Cu minerals. A
number of specific examples of successful employment of the
method, with data on the consumption of reactants, and in-
Card I/Z dices thereof, is provided. A method, not previously

SOV/ 137-57-11-20795
Flotation of Zinc Blende and Pyrite (cont.)
described, of activating pyrite after prior depression in the lead-and-copper
cycle, is communicated. C02 is utilized as an acid to fix the Ca ions, but to
function less powerfully than hydrocyanic acid. A detailed description of the
experimental results is provided.
1. M.
Card 2/2

137-1958-3-4538
Translation from: Referativnyy zhurnal, Metallurgiya, 10,58, Nr 3, p 9 (USSR)
AUTHOR: Shorsher, I. N.
TITLE: On the Flotation of Slimy and Oxidized Copper Ores (0 flotatsii
mednykh shlamistykh i okislennykh rud)
PERIODICAL: Obogashcheniye rud, 1957, Nr 2, pp 3-16
ABSTRACT: At the Mekhanobr Institute studies were conducted in 1952 in
order to develop a system for the concentration of kaolinized
slimy ores of the Kounrad deposits. Investigations indicated that
the dosage of Na,S has a decisive effect on the extraction of Cu
into the concentrate, The amount of NaZS required is readily
determined visually: an optimal charge of this reagent should
produce a momentary depression (10-20 sec) followed by a
progressively increasing mineralization of the froth. The employ-
ment of water glass is expedient in the case of slimy ores. In
comparison with trimodular water glass the consumption of mono-
modular water glass is lower. The amount of lime charged into
the mills of both stages is of great importance, if water containing
Mg salts is used ("Balkhash water"). The employment of
Card 1/2 "aerofloat", in an amount of 45 g/t, accompanied by a reduction

SHOROHM, I.N., kand. takhu. nauk.
Efficient flowi;hests for the treatment of scheelite-n-olybdenum
ores. Obog. rud 2 no. 2:70 157. (MILA 11:7)
(Schnalita)
(Molybdenum)
(Ore dressing)

SHORSHER, I. N., (Mckhancbr)
"The f-lotational separation of collective mclybdenite-containing ores"
a- I Z ~,D L r- f tl

SHORSHER, I.N.
Separating by flotation molybdonite-containing concentrates.
Obog. rud 3 no-1:3-12 158. (MIRA, 11:10)
(Flotation) (Molybdenite) I

-SHORSHEP I 1j..
Flotation of molybdenum-bismuth ores. Obog. rud 3 no.2:6-11
1 58. (NIRA 11:11)
(Flotation) (14olybdenum ores) (Bismuth ores)

SHORSHER, I.N.
IM-21 collector. Obog. rud. 3 no-3:3-7 '58. (MIRA 12:1)
(Flotation) (Linoleic acid)

SHORSH&R, I.N.; GUAMONOVA, K.N.
Flotation of iron ores with
3 no-5:3-9 '58.
(Flotation)
cation collectors.
(Iron ores)
Obog.rud
(MBU 12:5)

ISHORSHER, I.N.
Reducing the loss of metals in the discharge of thickeners. Obog.
rud 3 no.6:50-52 '58. (MIRA 14:8)
(Flotation)

"I.SHORSHKR, I.N., kand. tekhn. nauk.
11
Finish dressing of molybdenum half-finished products. Mul. TSIIN
tsvet. met. no.9:14-16 158. (MM 11:6)
(Molybdenum-Yatallurgy)

AUTHOR. Shorsher,' I.N. SOV/136-58-12-3/22
TITIE: Joint Action of Co 16--etor-reagents in Flotation
(K voprosu o sovmestnom deystvii reagentov-sobirateley
pri flotatsii)
PERIODICAL; Tsvetnyye Metally, 1958., Nr 12, pp 11 - 14 (USSR)
ABSTRACT: The author states that the recent articles (Ref 1) of
V.A. Glembotskiy and Glembotskiy et al (Ref 3) on the
action of mixed collectors contained no reliable experimental
evidence for the flotation of ores. His own experiments
with M.I. Gorodetskiy (Ref 2) following work at the
Institut gornogo dela AN SSSR (Mining Institute of the
Ac. Sc. USSR) gave to o great e,. divergence of expe rimental
results for drawing valid conclusions for ores while
Yu.I. Yeropkin (Mekhanobr) found no improvement in lead-ore
flotation from using several instead of one xanthate in
full-scale tests at the Zyryanovskaya Works. The author
goes on to give detailed criticisms of Glembotskiy and
his collaborators (Ref 2) disagreeing with many of their
contentions', including the following: isopropyl xanthate
is the best collector for the test ore; addition of butyl
Card 1/3 dithiophosphate to xanthates improves lead recovery in the

SOV/136-58-12-3/22
Joint Action of Collector-reagents in Flotation
lead flotation cycle while zinc recovery is maintained;
that the combination of a fatty acid with a xanthate is
of practical interest (an editorial note suggests that this
may sometimes be so). Dealing with the'combined use of
collectors of one class but with different radical lengths,
the author refers to his own work (Ref 5) and suggests that
increased collection of mineral in the froth sometimes ob-
served can be explained by decreased flocculation of grains.
he produces evidence against Glembotskiy's views on
collector adsorption from a paper by I.N. Plaksin and
Ye.A. Anfimova (Ref 6),,tabulating some of their results
for chalcopyrite with mixed xanthates and a single
xanthate, and maintains that the former failed to allow for
the nature of such effects in evaluating his results: when
these are corrected, sorption of all his xanthates is
virtually the same. The author finds Glembotskiy's results
on bubble adhesion and galenite flocculation entirely
unconvincing. He concludes by stating that there is
Card 2/3

SOV/136-58-12-3/22
,Joint Action of Collector-reagents in Flotation
experimental evidence that no benefit results from the
advocated use of mixed collectors in leadflotation from
polymetal"lic ores.
There are 1 table and 5 Soviet references.
ASSOCIATION: Mekhanobr
Card 3/3

--rmour;1wa, I-'Iu.
Reducing the loss of molybdenum in the separation of coll"tivo
concentrates.. Obog. rud 4 no.1:14-15 '59. (MIRA 14-8)
...I (Flotation) (Molybdenum)
- - YdAIP
A

SHORSHER, I.N.
Incorrect suggestions concerning the use of spiral separators.
Obop. rud 4 no.1:42-43 '59. (MIRA 14:8)
(Separators (Machines))

StNC!q,-;[IER, I.ij.
M no -2: 50
Molybdenum balance in ore dressing plants. Obog. rud 4
'59. ORIRA 14:8)
(Ore dressing) (Plolybdenum)

AUTHOR: Shorsher, I.N. SOV/136-59-6-20/24
TITLE- CritiCism-4f'-Several Published Articles on Enriching Ores
(Kriticheskiye zamechaniya po nekotorym publikuyemym
stat'-~-am po obogashcheniyu rud) (Letter to the Editor)
PERIODICAL: Tsvetnyye metally, 1959, Nr 6, PP 93 - 94 (USSR)
ABSTRACT: The articles criticised are Izv. AN SSSR, OTN 1958 Nr 4,
pp 16-22; Dokl. AN SSSR, 1958, 119, N .r 5, 961-963;'
Byull. tsvetnoy metallurgii TsIIN, 1958, Nr 1, pp 10-16
and a pamphlet by V.A. Glembotskiy, TsINTI GNTK, KazSSR,
Alma-Ata, 1958. The authors of the first two articles
assert that there is a relation between the crystal
lattice energies and the flotation properties. The
minerals are classified in three groups. If we take
cerrusite as having a lattice energy of 100, the bemaining
five minerals in groups one and two vary within
+ 7.7 and -8.2, i.e. the difference between the first
two groups is small. In group one, corrusite has the
best flotation properties, contrary to expectation, from
energy considerations. The minerals Ln groups three
Cardl/2 differ from the others by having Fe as the predominant

SOV/136-59-6-20/24
CPiticism of Several Published Articles on Enriching Ores
cation. This and not the value of lattice energy is
the main difference. It is difficult to see what is
meant by a natural hydrophobic nature since it has been
shown that grains of cerrusite are covered by films of
air (Refs 3, 4). In the articles, it is recommended
that minerals are mixed with sodium sulphide for 20-30 min.
It'has been established, however, that long periods of sul-
phidisation are only necessary when excessive quantities
of sulphide are used which impedes the action of the
collector (Ref 4). Willow oil has been suggested as a
collector for flotation of minerals difficult to flotate.
It contains, however, organic acids and high phenols
which will not flotate such minerals.
There are 5 Soviet references.
ASSOCIATION: Institut Mekhanobr
Card 2/2

,~HEEVTSOVA, G A ~; SHORSHER, I.N.
Nitronic acid salts as collectors in the flotation of oxidized
ores. Obog. rud 4 no.4:7-9 159. (YURA 14:8)
(Flotation-Squipment and supplies)

-- SHORSHER-, I.N.-
II
Improvement, of flotation processes at the Balkhash Plant.
Obrig. rud 5 P-0-1:3-6 160. (MIIU- 14: 8)
(Balkhash-Flotation)
II
I

SHORSHER2 I.N.
Improving the procedure of separation by flotation of molyb4enite
bearing concentrates. Obog.rud. 5 no.Zill-16 160.. OMW -3
(Flotation) (~b2ybdeate)

EOMAROVSHIKH, P,V.; i011YIN, M.F.; SHORVSHER, I.N.
P. V. Komarovskikh and M. F. Anikin's letter to the editor entitled
"Use of helical-type separators" and I. N. Shorsher's reply. Obog.
rud 5 no.5-.62-6.5 '60. (MIRA 14:81
1. Sotrudniki Irkutskogo nauchno-issledovatel'skogo instituta
redkikh metallov (for Komarovskikh, Anik',).
(V-Inbir - ))

SHORSHER, I.N.
Improving the work indices of the "Sorskaya" molybdenum plant.
Obog. rud 6 no-3:7-11 161. (MMA 11,: 11.)
(Krasnoyarsk Torritory-Molybdenum ores)
(Flotation)

SHORSHER, I.N.
Purification of Ore-Dressing Plant waste waters from hydrocarbons,
TSvet. met. 31+ no-5:~6 My 161. (MIRA 141-5)
1. Nauchno-issledcivatellskiy i proyektnyj institut mekhanicheskoy
obrabotki poleznykh iskopayemykh.
(Ore dressing) (Water-Purification)

S/137/61/000/011/038/123
A060/A101
AUTHOR: Shorsher, I., N.
TITLE: On some problems of flotation by cation collectors
PERIODICAL: Referativnyy zhurnal. Metallurgiya, no. 11, 1961, 8, abstract 11G58
("Tr. Vses. n.-i. I proyektn. in-ta mekhan. obrabotki poleznykh
iskopayemykh", 1960,.no. 125, 57 - 62)
TEXT: On the basis of studies carried out upon cation collectors, it was
establish-ad that it is possible to choose the synthesis of a mixture of amines
with various radical length, varying between certain limits. This mixture will
not be inferior to individual collectors in Its flotation characteristics. It
was also established that in flotating with a cation collector there occurs its
sorption on the grain surfacej which differs sharply from the sorption of oleate
and xanthogenate ions on minerals well flotated by their respective collectors.
A very easy washing off by water makes it possible to treat the process of its
sorption as a nearly physical, in contrast to a chemical process of the sorption
of oleate and xanthogenate. The possibility is indicated of a considerable
lowering of the expenditure of cation collector by the use of recirculated water.
Card 1/2

S/137/62/000/003/030/191
Aoo6/Aiol
AUTHOR: Shorsher, I. N.
TITIZ: A scheme of testing the concentration ability of rare metal ores
by the gravitation methods (for tin, tungsten, tantalum-niobium
and other ores)
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 3, 1962, 7, abstract 3G52
(V sb. "Issled. po obogashcheniy-u i tekhnol. polezn. iskopayemykh",
Moscow, Gosgeoltekhizdat", 1961, 56-61)
TEU: A scheme is presented for the testing of concentration ability,
whUch is applicable when developing a system for the concentration of rare
metal ores. A method is given for the refining of coarse gravitational
concentrates.
A. Shmeleva
[Abstracter's note: Complete translation]
Card 1/1

S/137/62/000/003/034/191
A0061AI01
ATMOR: Shorsher, I. N.
TITIZ,: Flotation concentration of scheelite and molybdenum ores
PERIODICAL: Referativnyy zhurnal, 14etallurgiya, no. 3, 1962, 11, abstract 3G78
(V sb. "Issled. pc. obogashcheniyu i tekhnol. polezn. iskopayemykh",
Moscow, Gosgeoltelehizdat, 1961, 61 - 66)
TIM: During concentration flotation of scheelite ores, basic flotation is
made with the aid of soda (0.65 k&/t), water glass (UP to 0.7 k&/t), fat acid
(4 0.20 kg/t) and a frothing agent. Prior to the steaming operation, the concen-
trate is refined, and condensed to 60,'-o' solid. The concentrate is then steamed at
85 - 900C by charging the least necessary amount of water glass within about 60
minutes. After steaming the concentrate is cooled and flotated again, and the
frothy product is refined. The control-flotation concentrate contains much 6al-
cite; it must therefore be condensed and steamed together with the coarse concen-
trate of the basic process. The tails from refining are condensed, if there is a
high amount of water glass, and they are directed to the tail section of control
flotation. To reduce scheelite losses, it is expedient to direct the overflow
Card 1/3

S/137/62/CGQ/003,/G-3V191
Flotation concentration of scheelite and molybdenum ores A006/A101
from condersin~.; coarse concentrates to the top of control flotation of the basic
process. A flotation method for separating barite from scheelite was developed
~_~nd assimilated at the Chorukh-Dayron plant. To remove the apatite, "lie concen-
~-rates are lixiviated in HC1. Collector Vi,"j-21 (IM-21) is recommended for the
flotation of scheelite ores- the collector is a mixture of linoleic and linolenic
lo-ores are L
acids. flotated with the use of any neutral oil as a collector
(~:,~roseno and others) and my sturong reagent of this series as a frothing lGciit
*fi~ine oil, lenol, etc.) . Soda and w_-Oter glass are often used as addit-ional re-
In tine basic flotation cycle. plixing of the concentrates with kerosene
`
o `he-'i, rc'-Inirig increascs 1.1o extraction. The pre-re-ining operation of
I U -1 1 - L. - U
-:---concentrate should be carried out after preliminary refininS for the rur-
2_,O-~_ of sulfide elimination so that the Mo content be raised by 20,c"o and more
The technical and economical calculations indicate the expediency of -the hydro-
metallurgical processing of Polo-containing wastes even if they contain 0.5~')' Mo.
',7aor cyanide salts should be used as depressors of sulfide minerals with si-
E'Itaneous charge of soda. When using Na2S during the refining of 10jo-concentrates
it is expedient to intrGduce a collector; without it Na~)S exerta an Increased
depresGirig- effect on MoSo. To z!.vo-id over-refining of McLE2) 'he introduc-4on a-P
U~
stage flotation might pr8ve OXPedient in the basic concentration cycle, if the
Card 2/3

S/137/62/000/003/034/191
Flotation concentration of scheelite and molybdenum ores A006/AIOl
_rrist is sufficiently coarse prior to the initial flotation stage. The intro-
duction of two cycles "a basic flotation is planned to raise MoS2 extraction from
hard-to-flotate ores, namely: a top cycle, to obtain a concentrate which is re-
fined to condition, and a tail cycle to obtain a product subject to hydrometal-
lurgical. processing.
A. Shmeleva
[Abstracter's note: Complete translation]
Card 3/3

S/137/62/000/003/035/191
A006/A101
AUTIM: Shorsher, I. N.
TI=.L: On the problem of molybdenum balance at concentration plants
PERIODICAL: Rcferativnyy zhurnal, Metallurgiya, no. 3, !962, 12, abstract 3G83
("Obogashcheniye rud", 1961, no. 2 (32)j 25)
On plants ahere the metal is calculated from its content in the ore,
iderable discrepancies in the metal balance were observed. Apparently, the
consL
content of oxidized Mo in the ore increases at an analysis on account of the
par-lial oxidation of Mo sulfide with hydrochloric acid in the presence of con-
siderable amounts of Fe3+ salts transferred into the solution from mixed ores.
This reduces the content of Mo sulfide, which is the cause of Mo sulfide dis-
crepancy in the balance and of the artificial increase of connercial extraction
at the plant. it is recommended to determine tleMo sulfide content in the ore
from the difference between the total. Mo content in the ore and the oxidized Mo
in the tails.
A. Shmeleva
[Abstracter's note: Complete translatLon]
Card 1/1

SHORSHER., I.N.
Depression of zinc blende during the flotation of complex metal area,
Obog. rud 7 no.2i17-a8 162. (MIRA 16:4)
(Nonferrous fi-4)
~me . (Flotation)