SCIENTIFIC ABSTRACT MYASNIKOV, YU. A. - MYASNIKOVA, M. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135820003-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MYASNIKOV, YU.A. (Moskva); CHARNYY, I.A. (Moskva)
I
Approximate method for calculating gas injection Into a water-
bearing layer through a straight line of wells. Izv.All SSSR,
Otd.takh.nauk.Makh. I mashinostr. no./+:47-51 Jl-Ag 162.
(MIRk 15:8)
(Gas wells)

MYASNITFOV, YU.A.
Pressure in rlijid *G R stratum ttrouill .1
n F-. i r g xi r y 1-1; zar, re r., i
gaz
Mnl~cvskiy ins titut neftekh i m~-cheskoy 1 grizovoy prc),,nys~,
'lk-iemtka 1 Ml.,,ubkJ'-na.

ACC NR: AP7001&698 ( /.), Al )SOURCE CODE: uii/ool6/66/ooo/008/0O12/OOl7
AUTHOR: Vishnyakov, S. V.; Myarl.nikov, A. ; Panina, T. V. ; Zhukova,
L.D.
ORG: Central Dininfection Institute (Tsentral'nyy dezinfektsionnyy
institut); Tula Oblast Sanitary-Epideniological Station (Tul'skaya
oblastnaya sanitarno-epidemiolnf,,icheskaya stantsiya)
TITLE: Devising a rodent control system for forest foci of renal
hemorrhagic fever
SOURCE: Zh mikrobiol, epidemiol i immunobiol, no. 8, 1966, 12-17
TOPIC TAGS: poison effect,
pest control,' rodent,
& 5 E: /9 SE , $Dl 5,-*,g ;i e (-Z),v 7,1&24~
ABSTRACT: Renal benorrhapic fever in a forest focus was --..---sfully
controlled by poisoning the rats which are vectors of '.-- disease.
Two kg/ha of grain poisoned with zinc phosphidc were applied by plane
along poisoned zone 30 n wide sen.Rr%~At~(l by nonpoisoned zones 50- 100 m
wide. Near settled areas, bait containers with En open end were
buried in the soil and placed 10- 20 n apart. Poisoned bait and tra-,)s
were used within buildings, usually during the winter. The poisoned
zones around villages were especially effective in preventing th e
Card Q -o84.449.932.34
---UDC;--Uk.-kL 9L-2-.-15lfw-Qa2.o'

ACC NR.- -AP-700'1~~9-6- .
penetration of new rat populations when the animals migrated. Ori;z.
art. has: 5 tables. [LP
( WA - r-O I
SUB COnE: 061 SUBM DATE: TJun65/ ORIG REF: 004
Card 2/2

YEMELIYANOVA, O.S.; RAVDONIKAS, O.V.; YEGOROVA, L.S.; PANINA, N.V.;
PILIPENKO, V.G.; RUDNFV, M.M., SILICHENKO, V.S.; BESSONOVA, M.A.;
ULIYANOVA, N.J.; VFIFITEYFIA, Ye.V.; BORODIN, V.P.; SAKSONOVA, A.F.;
MYASNIKOV.9 Yu.A.~ LEVACHEVA, Z.A.
Approbation of an improved tularemia diagnosticum. Zhur.
mikroobiol., epid. i immun. 40 no.lOs85-92 0 163. (MIRA 17:6)
1. 1z Instituta epidemiologil i mikrobiologii imeni Gamaley
AMN SSSR, Omskogo instituta prirodnoochagovykh infektsiy,
Protivochumnogo instituta Kavkaza I Zakavkazlya, Voranezhakoy,
Leningradskoy, Volgogradskoy, Tullskoy sanitarno-epidemiologicheskikh
stantsiy.

AU'I"~iOii'S Y,
Y--~.
So

TIT T.F. X-ay in- S t e I IfTh e n
71-'," ?-.ast -r Me!,ul. 9- r, tg(,!~(,graf i,- he Bkoye
s, s c, ;P a i j S f. LK -.'Z d r b (,,; t ruy n6y
---a! Ar2
P 1 D I A L
A--- S 7.-~ A' T
Na n-i Me t al I a 1 9 Nr 4
h s t ;jq~, n Irface
-he slat-- ~he atomic
haraness. A-"- e"'(--2ts viere
V. Kurdyumov and L. I.
i3-Li- ~-.ef5 J -a~~ we'-'- as the meth3i of' harmonic
a - a s ",5 -'h;- facts viere ascertained by
in hardened samp--es stee' 45 KhWA
w'- Y. a A e F r. at 2~00-' ard subjected to cleaning with
-c-'ast -f sh.~f, r) -~r-.r4iase .rystalline distortions
--as a' an ir---.rease. In the :)perat"ng time. 2) The
analysis and tht~ methcds developed by
--7sa,k -,ised -'~r 2ateimIning the ,-rystal block

S ea f S'- t -~ ra D s
a 9
9-. z~ f*-'. rst decreases
J r. a S - g ~,.J,~ lut ther) 3tab,* I` zes.
latt-(~e d~ st~,rtions (crystalline
s a it n~- c-, k si zo w e re de te -mi ned by two
TrA-1 ki.i Isr:,p-rk,~enl of t~a!--I~ o-he r. Thoy are apprnximately equal
'.--,~re tables, and , references,
ASS" 'A "!C~l S, k 1, 1, ~L 1j1- j -j p -2',aP-'- 9e s k i,ys-i t u t
f 7~ja~ '13 1.4 t e
S U ", M 1 1) - 12

5 y,
1W), 18(7)'
A!,' 3 Myasnikov, Yu. G. , Ter::inaerv, Yu. S.
TITLE; X-Ray Stri c tiiral A.,.a',~-* s ~f tl,e S'a-,_-
hardness Steels Sub' . , t-_d '.o Sh.~,t Focni,%l'-
koye iS3!ednvir.iy(_, o~,stoyi;-A~-/rn j*,,i , t,tloy
tv(,rdc),3ti 1,ri drob-~struyrv~y obral)ot!~(0
P_'7__.I'.'J!CAT Nauchnyye doklady vysshey shkoly. Metallurgiya, 1959,
Nrl, PP154- 159 (USSR)
--'.,ACT: This is an invest,*- -ation ~,f t", c ei'~ ec ~s Of -j ii'.U
shot peenil,,L~ upon ti.. e s t _- c t ,zr e c, f 9
45KhNMFA and 6CS2A stec2l. TIe sum; lt~s viei-e -,d iii
after havin- been ke, '. at tiie ardenini_ temper,_-~i~r~
minutes. The hardriess Of the -;aT:;Ies after this t'.. a',_
ment was 46-,',B R (iLC,.3kvi-ll C This irvt~_ tl -v's
c I
primarily direct,,d tovi-ir '.,; a ~ti;ly of t'-, o:_ c,: 11f t e
distortions of t`~e crys'. '-t1 1-1 ic., of rf-ic- ~a-~-rs
and uf tile graill in I..' .,;e U1011 :L
Card 1/3 t;(- fie ral i zed par.-Ir, 1 11 ~~ c. wao to..: f-1 !I

X-7,ay Striict-;ral Analys-.*s of 3 , r fur, c- S'
hardness Steels 3ubjcccd to Pe~:n,lr._,
peening" (Ref "'his iuantity -m u_', f) f
s1 e CL; so
shot stri,-.ij,.- unit surface of t`.e- sam-le r 11-
0 r
dation period. The duration of treatm,~nt was ch~ sen to to
the variable factcr in this investi.ation. TLe Ai~t u~3,~d was
of 1 mm and it was t11.r,.),an a6rainst tl;c-. -_,.j-acO at a
const-:-nt velt.city of 81 m/secq t::e duration of treatment
varied from I - 7.5 mirnitos. TILe X-ray 3tr-,ctiral -ii-alysis
was carried out on ti,e U.-,S-c0I ioni:,,ti&n z. 71~e
interfei7eiice lii.,es (110) ,,.d 1,221',) fc.r t:.i-_- sam.'-_Is -f
each ty,-,e of steel the X-ray diaE;i-a.~.. s of .-.-hich WorCl eX,,Ictly
identical, were a.,.aly~,,cd. r. t1ie bas's (~f t'.e i,-." r--tion
., i t , ~ f t' 0
wi - ca. o dis+o: s
Zained V%e foll- -. b- n' ~-L' ea:
crystal lattice whic'. irc d-_~-_ to t' -1 :.eat
steel MhN.1112A are inda,-1eiidez,t_!y f.)f tl.e u ra o z, n. t m:'Ji-
The br~ of
fied by t'.e shot peenirij, tr'2-~tM1_:1.t.
the interfere,.ce liries is ortly ascrib.-,-1 ti- t:.--, red,;ction.
of the -rair. si7,cs. In 6032A tli,_- I,- t t 4 9 1 t:- 1- 1 4 r.
- C 1 6,3 S
durinc the first two minufes of tre-atm~_,.t %yerc, .*ou_,d to
proceed in correspond-2ixe the recluction of -rain si-.e.
Card 2/3 Hence the process of cr~-s'al dli.,~tortioii ;-nay

X-Pay Structural Analys-s Gf t~.e rface Sta~e cf S"', 1"-;-
hardneas Steels Sub'.:cted 'o Shot Peenin,7
U
proceed alone; dif fer.~. t lines, what d-,. enis u,)on t': e c.',e-
mical composition n.' tl.e s~-uel i"s
The differ. ::ce det-~c~ d n:Ly !,,c inv--sti..~'..,! by t~e
harmonic analysis. There ave f iur- - '-.b' s, -~i.d6
re"e-enceb, ', c1' vtiAcl. ;,i-e ~ovi-:t.
ASS~,C7AZION: Leningra~'.,3kiy peda'-or,iC'LS',-iy J1.13ti'l-t
Gogical Institu'.,)
S UB MI'2 2 E D Jan~-,-iry 21 , 10-18
Card 3/3

"11/i37/6O/0OO/j i 1/t3i/t43
AOO6/AOO1
Translation from: Referativnyy zhurnal, Metallurgiya, 1960, No. 11, p. 242,
# 27174
AUTHORS: M~a,~nAkov, Yu.G., Terminasov, Yu.S.
TITLE: Investigation of Shotblast Cold Hardening of Steel by the Roentgeno-
graphical Method
PERIODICAL: Tr. Leningr. inzh.-ekon. in-ta, 1959, No. 28, pp. 105 - 112
TEXT: An investigation was made with 6o C 2 A (6os2A) and 45 A'- ~`, CD
(45EhNMFA) steel. The method of Fourier's series and the analytical method were
used to separate the effects of II order (fragmentation of domains and microdis-
tortions of the lattice). It was established that in shotblast working microstres-
ses increased in the surface layer when the shotblast time was extended. Etching-
off surface strengthened layers revealed in a depth of 25OLL the presence of a
layer where the magnitudes of microdistortions were by 25% less than on the sur-
Card 1/2

S1137AO/00010 1 -/031/043
Aoo6pooi
Investigation of Shotblast Cold Hardening of Steel by the Roentgenographical
Method
face in the initial state; this Is explained by partial annealing on account of
heat liberated during shotblast treatment. It is establbshed that the density
of dislocations in the cold hardened layer is 3.1011 cm- . This is the lowest
possible limit of its magnitude. There are 11 references.
I.K.
Translator's note: This is the full translation of the original Russian abstract.
Card 2/2

MYaSNIKOV, Yu. G., Cand Phys-Math Sci - (ciss) "Roentgenog.-aphic In-
vestigation of De-formations; of the rystalline Structure c' Steel Alloys
During Frac-.-4onal PLow Worleing,"Kiev, 1960, 14 pp, 200 copies (Kiev State
U Im T. G. Shevcherko) (KL, 46/60, 123)

S/123/62/00()/013/009/021
AGo4/Aloi
AUTHOR: Myasnik xl~~
TITLE: X-ray diffraction studies of shot-blast workhardening
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 13, 1962, 29, abstract
13B176 (In collection. "Kachestvo poverkhnosti detaley mashin.
V. 5". Moscow, AS USSR, 1961, 256 - 259)
TEXT: The investigations were carried out with cylindrical specimens of
the steel grades 60 C 2 A (6os2A) and 45 THMCDA (45KhNIVA), subjected to heat
treatment to a hardness of HRC 46 - 48 and subsequent surface hardening by metal
shot of 0.9 - 1.0 mm in diameter. To determine the degree and nature of plastic
deformation, the author investigated the effect of metal-shot treatment on the
development of microdistortions and lumping in ihe surface layers, the distribu-
tion of microdistortions; and the dimensions of crystal blocks from the surface
into the depth. It was found that, after shot working, more microdistortions
appeared in the steel in comparison with the initial state: in the 60S2A grade
steel some 75% more, in the 45KhNMFA grade steel 18 - 20% more. At all inves-
tigated speeds, microdistortions in the 6GS2A grade steel discontinued to change
Card 1/2

S/123/62/000/013/009/021
X-ray diffraction studies of shot-blast workhardening A004/A101
4-ir I - 1.5 minutes working. The growth of microdistortions ceases after
2 min (from the beginning of working) at any working speed. That proves
the shot speed affects the development of microdistortions to a greater ex-
tent than the duration of machining. The depth of the workhardened layer depends
on the machining duration and in a considerably less degree on the working
speed. The author presents a diagram of the development of microstresses and
lumping in materials subjected to workhardening. It is pointed out that this
diagram is correct only in the case of great deformation stresses and a high
degree of resistivity of the material to plastic deformation. There are 4 figures.
E. Spivak
[Abstracter's note: Complete translation]
Card 2/2

SONINP S.D., prof.; CHERUYAK, I.L., kand. tekhn. nauk; MYASNIKOV,
YN.G., inzh.
Control of ground swel,ing by means of underground
explosion charges. Ugol' 38 no.1208-39 163.
(MIRA 'Pzf.
1. Moskovskiy institut radioelektroniki i gornoy
elektromekhaniki.

MYASKIKOV, Z.M., inzh.
Ways of improving the operations of the tank car wash-and-
steaming stations. Zhol.dor.tranap. 44 no.8:44-49 Ag 162.
(MIRA 15:8)
1. Glavnyy konstruktor Kharlkovskogo proyaktno-izyskatellskogo
institute.
(Tank cars--Cleaning)

MYASNIKOV, Z.M., inzh. (Kharlkov); KOROTKOV, V.N., inzh. (Kharlkov)
Ways of Improving the propo*tion of care for grain transportation.
Zhol.dor.transp. 44 no.9t87-89 S 162. (MIRA 1519)
(Railroads--Freight cars) (Grain-Transportation)

!~71AST'TYTIAI A.A.
-ise cOn rmar.
In ffr? rn. sbcr . 'PSNT T,T- ToK'-. mor.
r0. 63 ("T'

-MUSKxML,-A-G-
Imediate and late results of splenectomy in Werlhof's disease.
Probl.gemat.i perel.krovi 5 no.1:35-36 Ja 160. (MIRA 14: 6)
1. Iz kliniki gospitallnoy khirurgii (zav. - chlen-korrespondent
AM SSSR prof. A.T.Lidskiy) Sverdlovskogo meditsinskogo instituta.
(SPLEEN-Slimm) (PUBFURA (PATHOLOGY))

00*000000*0*04 see 6
!* a a 0 a 0 0 4 0 & 6 a a 6 a 0
0
0 * 0 a a
AD 0 9 0 .0 0 *1* 0 0 6 10 * 0 * a 0 0 a 0 a a 0 0 0 0 a
I to 11 4 It w 11 14 ly III tomill)) 4mj1 "Slyffin Noll VO we UV a 11 1
4 6-1 "L-LJL L AA 00 U ti,, d
0
0 se
so
-00
00
-00
00 00
.00

-00
00 -460
so

411411
648 Msdmd lcw
K.j.,w. .,,,I A
11,1W joa

4211 am *j.j.1wd 1., &11
411; 7 .00
.
Th, &,""FAI-V SIVOI A%

so

0 o 9 0 0 0 a

00000000*0*00000*06 sit o*, 0.0 A 4 400066466#16*6096

c AL
"
f F
Q It I I
-
-
T-L 48 CC Go ft
.

00 -

0*

4;
00 p"fols ow" fill 16sumlaws, Peso -00
00 slum f N Atifilu,w-kairdfarvattil,'
ldl~z
'
4
.
F
W -00
-
e-i
W
1
rag 1.,Giolrdj Orp la's
.
PkTat,, furgh, I -tiog-led by cAky t L A. 35, 14.10) wa,
X

VafVi"g CtigUittlilil- Ppin. "M IM VACTIC11
I
-4WO.4-4WWkg
:0 0
04 0 -it at 12 IV; slirrinS J,w 10 1A mill Aftvf "'In- u( ce-
"flit fiv" Islovir irgirstals, whi, h are I"( fiftegrif tifrwfh
.
all. 1610
I,
in all -.014mv hin". -00
00 Ile" , I . #,L,,&
then tirk-V K the we"Ifts age %Icigg C. A,
of
-00
*0 -**
of 31 . of
00 -00
*0 .90
go
60 -00
.00

00 -90
o0
I
l
111 0 0 0 0 0 0 0 0 0 111 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

004
41141 A
-Oe
**8
,god
*OR I i
003 , I
OV
0 0
66 is w ir a' ED a
I. V AAA&A"
1..6 "Offs,
wj
The awatod of dotaftia* caulaw to 91"t WS"two
amd mod - L. N. Alcimmkove a-' A, M - mYA,9WW_
pa"Ofy (C. S. S. K.) 19W. No. t). 774A(M'Gi~~.
7). --To do . ccOubm in pkats it t* neammy to Nop.
of am"
(,am beaglonakm god usaw with 'Jil. WAM
-i-7*70- is a 0
pulawlstrame is a a a

A
3
,4-A
IL
-
1 0

J.00
1
8
:
0
00

0%
~
711 0

-
,
it' 00

and
-
4
Wgkscnga*. mr, hod of drig. c*1101-c Is Iml dMilkable 1,0
at,-". Isich value. Ewt- -91-C al soif* with
for tvilukise &m. is not GPIA"W tw-
lip ow highly d4priwd -%I and by Ific hiltnus. Titelt-101
hottvilukitm it Is I",_ry to msilme 1hr husim-
f I S. 1a&
.1411c" by chkaillation
ANT"LOOPMA MINIM CLAUMFOWISS 9.8
00 $?"&NAM 4"Ifto
*6
1411003 -10 Wv Q44
-4,
070
Zoo
000
COO,
zoo
age
see
we
Mai
"11:0A tofu a a a I w 0 9
0 0 0 0 0 0 'o 0 0 0 0 0 0 40 41 0 0 4
gId1 0 010 * * 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 6b
00 41 0 0 0 0 0 0 0 0 0 a " a 0 a 0 a a 0 a 0 0 0 * 0 * 0 dt 0 0 0 0

CA
The cha'actectsucs of the pfoce- tit humus futmabon tit
cafbottate 'tods at. Will \ % 11--~ A Al.
Nfvav,lko~ ' (Lctsit grud StA I , 1, ri 195 1
7*!t 3A -Vallionati, w, ,f --i , -, S,I ........ ii-, i.- t,-
1 .-m.,Arad provin-) '11". ..It
.... ..... ..... 1 1-1-1. 1
-4 m it,, J..I-N
t1,, -11. 1, t.m. It I,--F th.m It, 0 M th.
1-fit'l u'll, .0joinflig Ifir mc.l. 1. wg , I.- (" 1. h- - -
I-lool. it i, up 2 .4 I'li, j: ... ~,p~ Ay, .,it,
".. ". till w icul, . ..... "I ....
ApA, it% .1 1.1 1 h~ bd,
Nfli. A
Im 1,11. 'Irvir, oI b-ir mu vAI'mity. .,.,I fuoq. I(
I S ]ofl,

FONOMARLTA, T.V.; KrASKIKOVA, A.M.
, ~ -, A ~,
Contributions to the stud7 of the composition of huzuB and so=
problems of the origin of rendzina soils. Uch.ZftP*L9n*un* no*174:
39-82 '54. (MIaA 8:4)
(Humus) (soils)

KTASMIKOVA, A.H.
%wacteristles of the rate of humus accumulation and the qualitY of
humus in grey soils of the Torskla Forest Reserwe. Uch.sapolen.un.
uoo221:73-93 '56, (MLRA 10:3)
(Vorisovska District--Forest soils)
(Hu=e)

USSR / Soil Science. Genesis and Geography of SoilB. J-2
Abs Jour :Ref. Zhur - Biologlya, No 17, 1958, No. 77375
Author :Pononareva, V. V.; Yqasnik(rra, A. M.
L28t :Contral Woeum of Suit OU10119F'.-M 'USSR
Title :Yatorials for the Study of Soils of the Cfntral Part of
tho Khrolian Isthme
Orig Pub :St. rabot Tsontr. Muzeya poclivored. AN SSSR, 1957, v-1p. 2,
113-144
Abstract :Turf-latont-podzolic and alluvial-humm-1ronstono soils,
which the authors placo with the northern variant of brown
forest soils, are w1dosproad In tho Karelian Isthms. The
physical-chomical proporties of tho soils aro oxaminod.
In tho 0-100 cia layer of tho brown foroat soils, thero is
containod 232 t/ha of huL= and 9-7 t/ha of N. A doep
humus ~rofilo is formad by tho moving forms of tho huMB
compourds - by fulvicacids, tho prodominanco of which ovor
Card 1/3

USSR / Soil Science. Genosis and Goography of Soils. J-2
Abs Jour Rof. Zhur - BiologiYa, No 17, 1958, No. 77375
- 5.9%. on tho loamy and clajoy stratified lake doposits
undor aixod forests, turf-podzolie-gloy and gleyey soils
ara Lot. Tho slow movemont of soil solutions In these soils
conditions tho dovelopLont of procossoa of podzolic forma-
tion and gloy. In tho 0-20 cia layer, thoro is concentrated
up to 80% of tho huLms rosorvos - 140 t/ha. The turf-
podzolic-Cloy soils aro charactorizod by tho linking of
procossos of ronoval of ulmic acids connoctod with Fo and
of fulvicacids connoctod with Al. According to tho
resorvo of nutrients, Ca, and humusY thoso soils belong
among the beat in the region investigated loamy and sandy
soils on the binomial alluvials of lako terraces aro of
intorModiato agricultural valuo. -- S. A. Nikitin.
card 3/3

Characteristics of accumulation and quality of hums In gray soils
of the Torskla Forest Reserve. Uch. &&p. r4U no.221-73-9" 156.
0
(Barivovka Diatrict-Forest soils) (Humus) (HLPA 10.-B)

YERNIAN, 111. A.; ESSELI, A. Ye.; BROPIITSKXYA, Y-2. Y,..,' SH~I---IBA, S. NEASNU~OVA, A. T.
- - -'a 17!:~ 'i .,
rnw-soderzt,a.,;n---.,A.,n
report presented at Symp on Vir,-; ~'iLeases, Mo.- --Cw, ~ -,,~ Gct , 4.
InLftittit vir-isnykn Lrift~?.ts',j, Sve-nj_-.L_'V~;.r, .

MYASNIKOV_,,,_A.T~- SHUBINA.
YEWAN, B.A.; PLOTNIKOV, N.P., KADKINA, Ye.V.; A~~ - J,
S.B. (Sverdiovsk) -I.- -.-
M,-,rphology and cytechemistry of the cells of the t`ssue
culture under normal conditions and in enterovirus ivfec~ions.
Arkh. pat. 26 nc.9:47-515 164. ~MIRA -8:4)
-usrTkn
2. averdlovskLy nauf~*anc-saledcvatellskiy institut v;r
infek-,s"y Wr. G.F,Bogdanov).

KYASNIKOVA A.V. - -RALL' I Yu.S.; TRISTiATSKIY, L.A., doktor tekhn.
1--_,,~,=_ __A_ I
nauk, prof.; SHATILOV, I.S.; L-TnIEV, B.Ya.., red.
[Commercial study of grain and the products of its processing]
Tovarovedenie zerna i produktov ego pererabotki. Moskva, Ko-
los, 1965. 486 p. (MIRA 18:8)

BPAZ , G. I. ; 1-11YASNIKOVA. 3.V. ; YAKEROVICTI , A.Va. ; ;iA'CjV, IV'.! .
Syntheses ~-'.rj tlhe 10,51-trIazire series. J-art 4: ~ar~)etn(xy-
substituted triazines. Zhur. ob. klAm. 34 no.9:2980-2987
S '64. (MIRA 17:11)
1. Fi7iko-khimicheskiy institut imeni L.Ya. Karpova.

DUEROTIIISKIY, S.B.; LOGINOVA, B.S.; MIRISIMAIIDV, M.I.; D.Ye.
Clinical and epidemiological state of diphtheria in Tlashlcene
(1955-1956) . Trudy Tash. ITIIVS '~:124-138162. (MMU 16:10) -
I
(TASMIIT - DIFETMIA)

SHARIPOV. MJ.,, WAMKOVA, P.Yt.-,; MIMOVA, V.P.
I nc i de n ce o f s r -s r, I t~ -. f .9 wrz r i n Tr- F. r.. ~ p z i -~, ( ' 1 94 -,'. 11 95',) ~ ~'br, r , na u,' ',. 1. nu j .
T,c,)-r-M,l 22.,355--159 ' 62' , . ,8 -,o,,
1. Kgfedra (za,,. kafedroy -
To---=hkonLskc:gc, g sudsriLftnnog, Instilut-5.

0 so 0 Goo 014, o ee 'be a* 060

L 4, M, Tlo LI LAA a Oc Up it
00
A
00

-00
bdo awf6d"Oft- -00
14-MIMY"ON to: Offc
4
S, So.
.
to -65 Welk was comcd. by "SUM with A
-6j
of 00%. tow cob"toate Coutg. 93% MA-
au, of soollb"u-09"MM OM ykWed a coo-
Cen ate CURIE. gcv% Mo% with a cwray Q( %$%-
T, ot the -"atim tading fov"ed (r, % of the
T
!
W a conmatrate cuatS. 70% WOs- ii. W- it.
!Poo
:
0
!coo
z 00
Z- 00
;:*~
04, d ~06

Zoo
Tfoo

::O0
IL1111FIC11'C"
-tT.LL 40
00

do I

00 09 0 00 *000 0 0 0

0 W* 0 0 o 0 o*so 00 0 00

r
A-L -, R
it A A,- All -F It 1. M A
O*A "-P so
-00
00 Tymiaime depoeft -00
and G A. misitaiklma. larforw Jim,/
IN No - Fl
1049 N. 4 11-4
00 4L on areto hum Tyrayaus deptsitm, which cm~ -00
00 a.- tods Wbefte, cakhr. Guivitor, walkntordic and feld,par, -00
Hoopla. show"t that the *chectit~ 1. ...
0 Ctdffd With r1lil, INOMAMMAN III
liorvirval"I by 11K. %I- if thc folk-wills m-Al'.1, j.,
-s tit litittid itij-, (N it. .4 imik .1twu
im 4 targe quest it it
to jr, (id tok* docid mW (or) alk. mirdnom Joirmil flvvAtuvo -00
0: Tfill thi. tIIIv .4 ll'todd Kim-, ~up .-,it. 1. aso
00 o4 ~00
00,
00
600
800
woo
--oO
tfoo
j wo
a it w a I do
U a air do ~v to to op 11p69 wafts lealm Is a KW a I
DOO6004000690000000000004io 00000000400000040
14:4 0 0 OOO)o 0000 0 0 0 -0 0 0 0 0 O-A 0.41AP-0if-Lo-O 0-00 0000000 0 0 0 0 030'

o&**
000 606 6
k **eta&
-
~ww,
-6~
960966006060*60
t
0311 1 S S 1 4 t
I 1 11 it 's IS Is 17 3 It 3)
i 112 11 .J
V,
34 as Ih a u u 1~ 6 AS v Is n 4) of
j 91 41 ft a f
O
, , , '
"
-11 V 1 4 A -A
-1. A A P 9 X AA 10 QC OR At,A
I :
4
-
-
-

00 40-W -00
1
M
l
e
p
IT couclutrat"
Ullm
U
S It
S
t
r
.
.
flatlova.
.
k
n
Ra
s
o
v
4
-,
.
-

Low-grade W convnirates oh-
67~= Si~t. 30 IW
tained by flositing W minerals with fatty acids or (heir
t
th
d
h U
i
t
i
t
fl
i
s.
w
nit
"
aitces or
e
r ex
t
ng su
Salig air re
oate
M delicessors. The degree of sepn. of gang is high.
M. llo~ch
00 .0
0 48 see
00
00 400
00 coo
00
00 Ze 0
-00
go 0
1 age
too
A
I I '1A An I j j IW 0 A W a o- -3 t--V-l
0 (1 to it 'i st a a of It X ~'In n 1 14 M M;
je.-O.0 0 0 Co 0 000 66 000 0 * 0 0 0 Ole 0 a 0 0 0 0 0 9 0 a 0 0 0 0 46 0 0 0o0
0 0 a 0 0 0:0 o 000 66 iso 0 * 0,0 0000000 0 00 0 0 0 0 0 iA

C,4
Pielocti" acdm d itcristicalum carnpounds In thil God
am alipwadmot a as "d "Weepyrift. 1. Ni..M,k-,
;nd D-"y Aksd. Vuk S.% k
2. ;77~F_ 43, WOr. A itully .1 pr.,tv, t-
.clin" of stummisim smIts on ores during docation in hine.1
tnedia. Aninionitsits wAlts uwd (it the exti4q. were tfw not
I it d1lo4itte titipts weir 111,14,
-7t: a Lilt. alkin litachitte -4 01W tv ,l 11
ll,:.,,,Iu,n "hyluathate In the anit. 42M X
"n, isii.,.ivil tollector awl "I gAnit of pitte 441 wA4 con -
,"A 0, he frothcr. Tlw pirriml of docallon %a. 141 min
friallits weir -4,4sh"t with NII.CI It was Gaind fll.,t
in are 1 .1 set it 4 I.Trite mf lcturempyrif'. the Itill,r a"d
Astattic"Irin 1411' shmiki tw Upplk4l slilluttaimmisly. I I .-
C11"ChMICII that the Ant"tOlthint SAIt hall flit 1111"Cl!"I 14 jWr
venting formation ad littic filuts on pyrite mdacvt ill .& _f
fainexictit. Two tables slid three graphs I., or tit I h, dm -,
Ote table give, 11W ~.ltrnf of The chief rmlpocwnt~ ill ihe
pvtor And '11-11"t-VOC "ollike llw~l The ...... 1 1.11.1,
Slu... tile 11,1111,nar .4 NII.Cl In little flicilL. at A
Alsetlic ill Ilse nouff"111 ln.mltlct~ The graphs %Iunm ~I
inductive Ed atimunnium %alls an recovery ul mrsentlivin,
front litne crievii-A in the tionfroth proluct; (2) relatioli d
~(,yritc to fiuw d iniahre of Inilp -lilt
mr%crit,
CmliOll , -ul NII,L 1: 131 content .4 lime In the lujuvi
I,h..* .4 file laill'. M... V
f

UNRINiniing - Mineral I)ressing, Jul 51
Flotation
"Protective Action of,Ammonium Salts During Flo-
tation of Pyrite, Arsenpyrite and Other Sulfide
Minerals in Lime Medium," I. N. Plakein, Corr
Men, Acad Sci USSR,-G. A. Mysenikova
"Is Ak Nauk SSSR, Otdel Tekh Nauk" No 7,
Vp 10k6-1064
getablishes that ammonium salts promote flotation
of pyrite, sphalerite, pyrrhotite and galenit# and
bav* no effect on arsenopyrite. -Studies applica-
tion of ammonium'salts for selective flotation of
concentrates covitg pyrite and areenopyritc., 4Ad.
tim*10ing - mineral Dr seeing, 51
Flotation (Contd)
establishes difference in effect of lime on flot-
ability of same minerals. Ammonium salts in
neutral medium have no effect on flotation of
pyrite and areenopyrite. Submitted 4 Nov 50.
20"
xn

It

AIJ THORS: Plaksin, I. IT., Corresponding Member of the 20-117-5-38/54
AS USSR, and Ny_ ~snikova,- G. A!
TITLE: UsIM t3w Radioactive Isotope Cr5l to StLdy G&-lena aad
Pyrite Depression in Selective Flot&tlaa
(Primeneniye radioaktivnogo izotopa Cr5l
Alva izucheniya depressii -alenita i pirita pri selektivnoy
flotatsil).
PERIODICkL: Doklady All SSSR, 1957, Vol. 117, Nr 5, pp. 864-866 (usn)
ABSTRACT; The authors used for the first time labelled chromium Cr5l
for the study of the labelled bichromate- and chromate ion.
It is known that these ions depress the two mentioned
minerals in the flotation. After the study of the chromate
adsorption the distribution of the bichromate amonE the
products of the foam flotation was investigated. The
experimental results with the adsorption of the solved
bichromate with labelled chromium are described in detail by
the equation of Freyndlikh (figure 1). However, a transition
to other compounds can take place here in the adsorption.
Indissoluble salts can be deposited as chromate, sometimes as
basic chromate. Figure 2 shows the experimentally found
Card 1/4 de-)endences of the adsorption and extraction into the foam

Ming the FAftoactive Isoto~e Cr5l to.Study Galena and 2o-117-5-38/54
Pyrite Depmosion in Selective Flotatlen
product on the dosinE of the potassium biohromate. It appears
from the diagram that the minimum flotation extraction, i.e.
a depression state of the minerals, corresponds to the
maximum value of the chromate adsorption. The strenEth of the
adhesion of the bichromate to Calena can be characterized
by desorption by means of rinsing with different quantities of
destilled water. Figure 3 Cives such desorption curves. They
show that at most 32-35% of the adsorbed chromate can be
desorbed with water. Hence follows a sufficiently stable
chromate adhesion to galena. Furthermore the adsorption
of potassium bichromate by galena was measured according to
the pH of the medium. The results of the direct dete=ination
of the adhesion of bichromate to galena at a constant bichro-
mate concentration are given in figure 4. Within the range of
the acid solutions thin dependence is described satisfactorily
by the equation of Freyndlikh. The adsorption remains almost
constant in the neutral and in the alkaline range. The results
Card 2/4 of the flotation experiments of a quartz-galena-mixture by

Using the Radioactive Isotope Cr5l to Study Galena and 20-117 -5- 38/54
Pyrite Depression in Selective Flotation
ethylxanthoeenate in presence of potassium bi-
chromate at PH of 1,8 UP to 7 show that the bichromate
(chromate) quantity adsorbed by the foam product decreases
with decreasing PH considerably. This quantity increases
Ansiderably from P11 5,5 on and reaches the 13 fold at
PH 7,0. The same applies in the case of pyrite flotation,
however, to a somewhat smaller extent. In experiments with
minimum chronate adsorption both minerals (pyrite and ga-
lana) are extracted into the foam product in a maximum
quantity, i. e. no depres ion takes place. Hence it follows
that the reason for the depression of galena and pyrite by
chromates can be found in the formation of only to a very
small extent soluble middle or alkaline chromates on their
surface. The adsorption of chromium salts prevents the
mineral particles from adhering to the air bubbles inspite of
the presence of the xanthogenate ione on the surface. The
abrupt decrease of the chromide adhesion to sulphides at
PH