SCIENTIFIC ABSTRACT AMLINSKIY, I.Y. - AMMOSOV, I.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101310005-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AMLINSKIY, 111ya Yefimovich
04oscow Medical Stomatological Inst), Academic degree of Doctor of
Biological Sciences, based on his defense, 28 April 1955, in the
Council of the Inst of Morphology of Animals inteni Severtsov, c -
his dissertation entitled: "Geoffroy Saint4ii]Aire (teaching of
the unity and the evolution of the animal worlel)."
Academic degree and/or title: Doctor of Sciences
30:: Decisions of VAK, List no. 17, 9 July 1955, ByuUeten' HVO SSR, No. 17,
Sept 1956, Moscow, pp 9-16., Uncl. JPRS/NY-435

- AMLINSKIY, I.Ye.
Initial stape of the dcvelopment of the rrethod of hon,,)I)ries a-d
its role in the reform of comparative anatome and taxonorV of
vertebrates. Trudy Inst. ist. est. i tekh. 36:28(-203 161.
(YIRA 14:9)
(Anatomy, Comparative)

-------- --- -
ammay i.ye.
"Development of gene.-al biological problerm in Ruesia; the firat
half of the 19th'centary" by I.E.Mikulinolii. Reviewed bu I.E.
Amlinskiii 2,hur. ob.blol. 23 no.5096400 8-0162. (MIRA 3.6s6)
(BIOLOGY) -

MECHNIKCYV., 11.1ya Illicb; AMLINSKIYp I.Y(3., proft., rtd.
("ibudies in optimism. ' Translated from the, French]
~Audy optinlZma, Moskval, Namkaj ISU. 338 P,
(YM. 18:2)

BRAGINSKIT, M.A. inzh,; METS, M.M., inzh.; GURNOVICII, A.V., inzh.; ZREZARTSEV,
N.P., lazt,i P~INSKIY.,._L~Z*p inzho
Modernization of the PM-3 machine for area measurementa, Nauch... '
Lool.trudy Ukr NIIKF no.13tW-ft, 162.
(MIll 1812)

---~U-LRIKH, la.h.
Htepuir fast and reliably. Metallurg 10 no.9:34-35 S f65. (MIRA 18:9)
1. Viesoyumyy nauchno-isaledovate'Llskiy inatitut orgamizatsii
prolzvodstvu i truda chernoy metallurgii.

AMLINS,K.lj,-Yak-qv,Abramovioli; GINIS, P.S., red.; VAGIU. A.A., red.itd-vii;
_7-F-~7.77~ DOWEHINSSATA, L.V., takhn.red.
C%epalr of wire-drawing equipment] Remorlt voloebillnogo oborudoveniia.
Hoakva, 0oe.nauchno-tekhn.izd-vo lit-z7 po chornoi i tovatnol metal-
lurgii. 1958. 163 p. (MDU 11-7)
(Wire drawing--Equipment and supplies)

"tit

1-66
L-3525
ACC NR, AP6027354 SOURCE CODE:
AUTHOR: Am-insfkyy, L. Z.---Amlinskiy, L. Z. (Kiev)
ORG: none
UR/0102/66/Lx)()/002/OL)65i'0070
71
E
TITLE: Ultra-acoustic method of analyzing crystal-containing compositions and the
automation of sugar crystallization processes
SOURCE: Avtomatyka, no. ' 2, 1966, 65-70
TOPIC TAGS: automation, crystallization, foud technolo,.U, acoustic analysis,
acoustic absorption, ultrasonic vibration, gravimetric x1alysis, automatic control
technology
ABSTRACT: The article eeacribes an ultra-acoustic methDd of analyzing crystal-
containing batch au part of the automation of the process of the continuous
cooking of maseecutte in beet sugar production. The quantitative relations
between the principal phyalco-chandcal parameters of the medium, (concentra;.-ton,
temperature, ate.) determining the absorption of ultraS,Dnic energy are
presented. The dependence of acoustic properties on tha principal Indicators
of the quality of.masseculte is confirmed. An ultrason1c massecuitR analyzer
Is describedi This analyzer makes It possible to measure the aboorp0on factor
and relative variation In the rate of ultrasonic vibrations as a function of
the variation In the concentration and gravimetric content of the crystals; it
Is designed for the analysis and automatic control of parameters of the medium
in the process of the continuous cooking of massecuite. The author thanks Engr. Yu A
Lanshin, V.K, LeyUel and S.F. ~brozov. Orig art. has: 3 figures and 3L tablesfu-i-PR_V!
SUB CODEt 09,20,o6 / SUM, DATE; lOJul65 ORIG REF-' 008 /CrTH REF*009
Card I

AMS C;sf-~Jlnrdt, poDmvrik
On guard of peacn. Nomn. Vooruzh. Sil. 46 no.8t68-70
- ll~~-, -;

21 (2, 4) PHAU I BOOK EXPLOrTATIOX
Grotn7j. leftyancy nauchno-loolodavatel'skiY "titut
XXIAlys I tokhnologlys pororabotki norti I gaza (Choulm-try and Toch-
nology of Petroleum and Oss Refining Process a) Moscow, Gostop-
tekbisdat, 1959. 278 p. (Sorlems its: Trud; .v7p. 4) 2,500
copies Printed.
Zzeautive Id.g T.D. Terranova; Toth. Z i A.S. T1.l*z'_-: 14itartal
4
board' A.Z. Dorogoahlaskly (ChaLrash), S.K. Amorik, 0.1. Kailmin.
X.R. Kaftekin, V.I. larrentlymr, 'Yo.s. lovehanko, and X-G. Nitro-
raAov (Deputy Chairman).
rMP=i This book is Intended for- petroleum engineer* wW techn1claw
In scientific research Institutes, planning organizationa. end
V*fIneries.
CUTMUGEs This collection of tochmical papers on Oil and 902 r0f
Were,originally discussed at the patrols= rofin.1214 section or the
T=r GroaNZI 5*IorAlfic-T*cr=icai Con&r~3s T. 1957. Zbe arL"I.&
he" been published to help further the development or the petroleum
_reiw~g in~un'iry and PtratrM,alcal industry in the Cbechon-Tague1%
ASSR. Tim history and significance of the pstralo%cm reriming In-
dustry In the OrOznY7 region 2.8 Outlined by A.Z. D=rOgochinokly
with dolPhasIs On the Interdependence or the ra,Inartwo and the
Aircraft, automobile and rocket manufacturing Lnd~strLom. Change
In modern engines demand a change In fuel and lubr--oating oil
groporties. The increased use of at aircraft makes the produ4.-
tim or high octano-aviation gasoline less importanz than the
Production of the now type of fuel, avLavion kerosene, the yield
of which requires a quite different refinery run. Since crudes
recovered at the Xsra bulik -Atha luki rl*2dm ropr*sozit a valuable
raw mat rial for manufacturing lubricating all and Paraffin wax,
or
their properties have boon theroughly Investigated amd results of
o-oquIpmont of the fuel Producing line
of refineries a- Cjrozny-i haz bzc= cerried out an the basis of
findings obtained from tests and pilot plant operst2ons. aw a
number of reforalng and platfor-ming units have been bul~t to up-
j"de the low octane gasol---.w produce4 at Orotny7. tests we"
also conducted to ascertain the advisability, of the
destructive distillation at rvsldute, which Is do solar fractions
badly needed far catalytic cracking unit as food 8%06c. Catalytic
trucking unIT4 of the 43-102 type wort first put an x-rvan In the
Groznyy refineries In 1952, and since that time continuous efforts
have been made to boost taelr- proctool4ig capacity. and 1:fppavo the
regeneration Of catalysts. The authors make a nuabor of ougge.-
ti9n& me to how the throughput of the above units z1ght be In-
crossed. 27W pl-oductlaft of different types of p*Zi*ted and bca.!
catalysts, the contamination of catalysts and the'-- reactivation
are discussed. The Operation Of a contact coking reactor, Its
design, and products yielded by contact coking =Zta are described.
The authors also deal with the manoractur* of lubricating ails,
Paraffin and coresine wax and Indicate way of IW,-C-ov1Ag their
Properties. Electrical dehydration and doa<ing Of crude Oil and
of light products are discussed. The Authors' state that In -
.event
years extensive studies we-* made an the chemical. conversion ar
Petroleum PrOduc-A and par-tlcularlr or gaeoffi. As a result. a
number or gas rrs.,.Ionators and compressors were built and Installed
to Produce phenol and acetone from propylons and bentzone, to syn-
thdoise ethyl alcohol and oxidize parstf-InIc hye--ocArbons. An
artlal is day t 4 to problons of automatlng varlaus processes ant*
40v41010-Ing thoo4lated can' ml and gage instruments. no book
contains numerous tables with the charac torls ties *.* differen-
Petroleum Products obtained Zrom rerInary processing unltio, pilot
Plants find petrochemical refinery sections. Each Article
accompanied by rvrerences.
TAWA OF conuirs:

C Of! L I I" , 11 'q.. . * T , '."~ cr~ra,ter. a,, 11, s ol ill
petro leum product .1 OL'-! ne 0 ":.am refirery processinqr units. 1-141ct
plants and petroch*fflc4-1 rarinery #actions. EaCh artICIt a
accompanied by rarerencea.
TABLE OF CONTEMTS:
Foreword 3
Dorogochinakly, A.Z. Con-ributlon of the Groxnyy Oilman to
the Dev*lopmnt or the retroeum Industry 5
11. INPROVZPMXTS IN THS PUZ1, PRODUC 0 W RZFIXERM3
J-&-JMWXjj=. and A -A - vAshilov. PlAn for
To-s-oa-ling the Fuel, Producing Ling of the Groznyy Xarln*rI*8
W2123M. ., hj.Aq!hjhc,,y S.K. Amorik, F.I. XrechetO".
HE . . hareffirn-gy-.-RoM~wryper -
wants with DestructIle Distillation of Msout 443
Agar=-j". A~T-WAVJUL' L~K. Maydet,-r- and I.'. prigorniv.
Operations ci catmaytic cracking Units of '08 43-102 Type, an
Possibilities of Increasing Their YlAlda 60
_ZLjjt&__". Boom Regular Recurrences in the Catalytic Cracking;
of Heavy PlatiLlates T2
ullova To.K., XLY_Rlroklr. X.1. StarostIn A 1. M&zh2u-
Zipo-Ffsontat;~;pmratfon
S.11t;-Jjt7RM'ts-t.'f='g' Clay by AcIA Aativation
Chemistry &M Technology (Cant.) SM/12213
;,L&.jjS!!1jL0jLM, L
son Why Aluma-Shi to to
4KV-.-;io'nCa'pmc Ity 90
AwrV. B X., &,Q--QrkLrA- I I-A- Stanullst and
possible It tact C"Ind Reactor
3-e-clion operaiing Under Most Severe Conditions 101
Numalkan-M.&, and-!.Q-2C=5--. 0-1-1z'ad CC4~* ?~Wucvd o7
-rm'zaot Coking and good as Raw Material In the Electrode
RgaufacturLng Industry and In Gas Production 123
to I-A. Gas Flow Conditions _A the Granulated Coke
3 L20
3n.1&a-;-9at carrier
Boughil,ov, and F.K.
;=12UvU Nj6,YW v, &j
149 d.ite -X,1TrAt6 Fr*4001MV
rack 101 rma 5V -130
RCOJL49x#~~* Orkipa, O.Z. Svotozarovs. V.T. Zhdan0va,
-XP;.,-I;,n 0 W. flnl_~C f-lhtar-
EIM to Alone rocuced by lnernal Crsc).Lng 142
.3 . :k
ChealARt" AW Technology (cant.) 3OV/22L3
111- INPHOY-XTS XX TIM LUM OIL AXD PARAyFIx WAX
PRODUCING LIU or p"DWIlLS
BtfORECTA R.G. PC@ lbllltlto of Further Development and
., at or 'he Lu:: Oil and Paraff1m Wax Production In
the Groznyy Refinories 15T
1LL=4!Wy,. Z~G_ and Aj_.LoV1 Rational Plow Scheme
for ftnUracturLng Lubricating &07iraffLn andGeresim Wax
Obtained From Sulfurous Crude& of the Ra"ahkino Type 163
111trof"Ov- R-Q-- 5-1---StsPurO, V.,V, Serav, and X.V. Kramnnl,.
Zxperimental Treatment of Sulfurous Fotrolaum Reoldus'(GoltdrM
With Tow-component Selective Solvent, as Applied In the
Refining Industry 166
AMED-4-J.- O-A-ft-t-ovilyova, N G MItrcfA.o' and AA - P-ztT-
"nk0- Possibilitism of fr;per' too of
To-smuml oils 171
Card T/9

conts1na --it.- . , ,, ~na; ~ ~r
Petroleum Products Obt~lned -;,- rcrivery proce -
Plants and petrochemicAl refipory ffectlons, Et"r-g
&CCOIL,*niod by references. Ch ar"Cle --a
TABLE Or COMMUIz:
Foreword 3
Dorogoch1nakir. A.Z. Contribution of the OrOznY7 Oilmen to
Lin Devvlopment or the retroleum Industry 5
I- SMY OF CRUMB AND TIM331 ?MrrRZATMExT
NbOrtsOvao X-P-, P-3- GaM&YUncv*# A.B. Poplayakaya, and
P- -Rh lahko. ChOlc* Of D02ulalfiers for Cruces Processed
at the QZWX-Ayy Refineries IT
LeTchenito, -yO.S..3j-.R_._BObkova, Q-A. Artemlyeva, and
tuZ
y 07_r~ ---t7Wy -a lAk
Udgs From st Fu -Aaha I~uki
Di-pa-arra-UTOM ChOchOft-Ingush AM 2T
Card 4/9
CbmULfitr7, and Itah"locy (cant.)
VALrofanow, N.G., OZ!!S A '"vs
-
Zt" and X&-V- r-bAg.
F
d
r0
ue
TIon or the .
be Oil From Valgabokskaya, ZhL=av-
skaYs
and Amsta
'Yavska
a c
d
,
ru
em
y
s 183
12 now, N.V.. Tk--Praven R.I. Serj!j?"

TO -R --N4sFw !-3PA am jr:nd
~nk!s---X0-uQ-v-aT _F* IOUx
rrVQuG%O DY Using the Alumo-slllcmto Adsorbent in a
Propane solution
189
.RL"f&nOv X G and P A Berez_y_uk Refining Pet.-oisum
FnrU;--U~--TP;i;LnS separation
198
IF. MVZLOPMKXT OF THE PETROCHEMICAL ZXDU3TRY IN
GROMY
jMMAOkI A Z. Prospects ro:, F%wther Dovelopaent of
fo
roesnZa
a- u&LrY LA GrOSATY 203
-1juter, A.T. vs. and YU.A,Golldahtern.
'
-
-
-
U
lla
lent
vey
s the Productiog-01' Washing Agents
or the Alk7laryl 3ulfcnato T"O 218
Card B/V
cbsmistr7 and Technology (Cant.) 3OW/7213
112illn. ? G- X.p. p#systava, N.A. ?_2#h nko, One
T*Tm-& DW-ta an the Oxidation of Kard Paraffin wax In the presence
Of ftru&nganate, Xaphtbanate, and "snic Carbaftatos ~e24
jXj"&Zgn%_qj. an the Quea~;Ian of Extractlng AlkylbOnzOnO
Ze and ortnoxyL*ne From the Petrol*um Froducte Produced at
Oroxnyy 236
T. AUTONATICS OF MCESSES AND MMOrMINT OF CONTROL
AND MA3tMIXO DEVICES
-3,Z,, and 1C,? ' MOL!"IkOva.
110d for Controllint COnx~cut
;4 indicators as App
Piping of Various Petroleum Products- Through TrunK PIPOIL"s 253
Y B, . Now Instruments Dereloped by the Oroznyy Scion-
MI.M. a -'m Institute for Controlling and flegulAting Conditions
of Petroleum RefinLnr, Processes 26!5
AVALLABLIs Library of Congress "Vad
Cs:,l 9/9 8-24-59

GALICHENKO, C.L.1 AMUR, M.M.; SKURATOV, S.M.; BUBNOV, Yu.N.; MIKHAYLOV, B.N.
Heats of formation of n-tributyl borate and (11-n-butylboronle acid
anhydride. Vest. Moak. tin. Ser. 2: Khim. 20 no.22-3-8 K--Ap 165.
(MIRA 18;7)
1. Laboratoriya termakhimii MoskovskDgo gosuiarstvennogo universitete.
I Institut organicheskoy khimii AN 3S-9R.

'ti:r

OfMCINSKI, Tvideusz; AMMER, Danuta
C------------------
A case of acrodermatitis enteropathica with a favorable outcome.
Przegl. dorm.. 1+9 no.3:219-226 162.
1. Z oddzialu dematologiasnego szpitala :Lm. E. Sonenberg'a w Lodzi.
Ordynatort dr med.,T. Checinski Kierownik naukowy oddzialow
dermatologiasnych -'zpitala: prof. dr M. Mienicki.
(AGRODEINATITIS)

MER, K. (Stara Turl) - AIRA, Ti. (Stara Tura)
Fifteen years of medical apparatus production in the national
enterprise Proana meebanika, Stara Tura. Jemna rech opt 5 no.7:
207-208 J] 160.

jACCESSTON NA: AP5013j26 UR/01~4/65/000/005/0140/0144
A j
tnik-o mer
WrHOR.: POS A
~7,
trc--moduli -and_-,strcbgth f mi~tal UM
:as
11urgiya,- no. S~ 1965, 140-1144
SOURCE, IVUZ,,, herna-ya metal
T6-PIC--',*AGS4i-----6tystallograpliyi,..Tiletal--%i~lisker, SO_pxr'R_r)-_jne_U1l P~P~~.a_l llr_llpfr_;~[?~~'!~~-~LL'
inechan."ical Rronertv
AtST~A_CT~a__"X-ray- aiysls-iho~ _ihat~ av Tt~pb'
orientation's for-the longv~u 1 al axis'([111) E1003 ard''[1103) with cortespondum
-lon-11; --.I-n-- -t-he--geome-try-o-f - the -cross -sections -Whiskem, -with their. et)4�~,para le
variat Ile
tbidirh~ctlcjn (Ili] -am hexagonal- in - cross section,. those with orientation (1003 ave
and. When the iwientatiori is- [1101-the whisker hat; a rectangular cr6ss. se-c-,
Jltivn. TWLs ~elose - relatio hip'between-th-e - Prientation c and the- h~
ns S 4~pe
e-mine t i d ction-,of
of 'tWr t.-voss ~~actlon ma~~s it possible to det b' ir,%~_ the Aong*-~' -
J'
t
El a tb( authors-studind the ,,ktre '6n
q_ri_r_t:An k -t o x ray alialys!6#: On~W b slq~
Card 1/4 z,:

-the---cr-jdta1s'-WasAatait Lit 6-a7--__4i a--the-maxi
_'_-The-br--aking p6in _qed MM,
q~kar-_ an -Two
-before destruction, - -Ti4r=nty___s id
stressz whi _,h - the -crystal: cou sustain
(see fig. I ofthe_ n-,
~-one bexagonal crystals were ireasurod at room temperature
closuze). The shear modulus was defined as the square of the frequency of the, nor-
mal torsional mode of the specimen:
all
W4_7
where Is, the moment of Inertia ~,T the torsionally oscillating -,5yst~m,-~ 4: aiid~ P
ithe anid radiug of --the specimen;- and 1,q the oscillation t-requendy. The
6edsuremerits (ere made in a vacuum of the order of -----3' - ---H
10 mm 4
imeasurer.~,,nts 'Were done on, crystalti with cross sectionst rang ing from 40 to 1,30 P2.
IThe frequoncy of the torsional osoiliat ions was of the ordnr of I Cps. ~ The,maximum
The r, us
Alus R,is mally defined f6r whis- f
-on-
kers a'p# ~Tvhere'S is thb area'of the cross'.w~'Ctfon. it-ttilts-o "-8t8- -2
Card.2/11

ACMSSION FR; AP-5013326
ENCLOSOrt: 0

mw
kg/
jt -------
7-7
V
ig. Breaking point ant'l
zoo
-of _thi~_.ne.)rmal Aorsional-mode--as.-L
v
functLons
of the dimension- iand
s
hape!of the cross section in
q
A
A 115 coppe:6 whiskers: _7 -
A 1--(o k)-orientation [1111;

too AL A 2--(U~ )--(1003; 3--strerigth of
0 0 ard * Ar _ql"CrlA cryt
i n.!LL~opp tallt.
7 7~

5.,

-A

ar ai j2

4
C
d 4 J-
ar
/
___777-

mom
P
-8i OZW65101!
?/00210268i
_6_
A 9(4,11-~r A M.-
AL
ie
of copter w1h skex-9
ut~ernal - fri Ctj )n and
e
r whijk 1 f rictR6 -whisker _sl~i
ar
TIOS,. -,c )e er, whidker interns,
nperaturv-7 ~endence
vhi4ke)O strength, tem
7,g
empe int -Ci4ctjon, k
''ABV. tRAC,1! -ThqA ra are-depe'radence: of the exms~, an, She6k.mbdujus
- i 2
A ~;aio_ and-
-of-,:opj*r__,Vhiskers_ -with _i
cross nection has been:investigated by wans of a 1co-frequency i~,orsion micro
mm Hg at temperatuves ranging ttom 20 to; 800c,.:
pen4ubak in a'Vacuum of 2-5 * 10-
2!_
g/v~,,2
The r(x)zi temperature tensilestiength of the whisketc varied fromJ7 iu V.1, k
depen&Lrig-on the-cross :ection.----The.internal frictici was _practi6lally.. inditpend!int',
13 n
of teq~oraturd in.-thia-,-20~400C-rpnge and-wao cceoparalile in magnitlide-to-that:.ott
ordlne:ry coppos Li_tC&IS .:-prist k$blult sharply Lic-reascid in the 600. C., -4wigei,
450
hadro- tir I:- i
00 - on,
ak as obsei6vi:*
pe
-fihd its natuire was nut, determined* The i~dfn-
magbitivie ot--pos tion
47
WI

1 32251
ACCEBSION NRi AP5oo6333
4m, rNiciable peak A~--,530L5800* probably"c6used by'the i6terface bet4e6n.A
Opp Wo
crystaiii. The shear Modulus, del2re.'-~sed quite sharp4 !4ith increasiC4 t, 1,4aturif;.
Orig. art. bas, 5 fi&~res -ain& Ithble.
J,
--Msodfino~--- -voronezhtkiy:~-'p6l-tt-,LkXh'lchdski-y-ii~dti ui~A-Vorc-neth-PoliKephtii~ LI N I
ate
r

7 t
i
i
J
U
.

jY-T(m)/EwA(a)/EWP(b)/T/wP(tl) ijp(*) W/a,
T-WCCI4W-.-i.P5017336 SOURCE CODE:
UR/01814
'2244
AUTHOR: A.; Yj)silov, A. T.; Postnikov, V. S.
T- It ills
ORG, Vqiynezh Po~jtechnical Institute (Voronezhakiy politekhnicheakiy I.-i-stitut)
-elf, f
TXTLE: Internal frictio,rtand filament strength of Cu crystals
qW, TT- 14 31
SOURCE. Fizika tverdogo tela, v. 7, no. ?, 1965, 2242-2244
TOPIC TAGS: copper whieker, annealing, crystal dislocation, internal friction, tor-
sional vibration
ABSTRACT. The influence of emss-section area of filetmentary Cu crystals on strength
and Internal friction was studied. For this work, hij:h purity Cu whiskers were grown
by 11renner's method [S., S. Brenner, Auta Met., 4, 62, 19561, i.e., the hydrogen re-
duction of gaseous Cu wilts at 560-5700C. The exp--ririental samples ha4 both very*,
sm(xith and roughened surfaces. Internal friction tests, were conducted at MGM tqm-
perature In a vacuum (2-10 5 mm H
2g). The axial stress on the Cu whiskers of 55 micron
diametorl never exceeded 100 g/mm . The data is presented in fig. 1. TIfte figure
shows signIficant scattoringw it places the dependencth of Q I and a on diameter.
friction
approaching that of ordi-
has a wilve
Above about 20 microns, the internal
.r single crystals; Ixtlow 10 microns, the lowering of the internal friction is cha
nar
racterized by large incireases in strengths These facts art., correlated vith disloca-
card

L 6990-66
ACC NR: jAP5017336 3
tion Whavior, as evidencod by experiments with filamern-ts having roughened surfaces.
-M
r and
Fig. 1. Dependence of intern I frigtiort Q
the strength a of Cu whiskersky4fr7ing diameters
1,2-internal frictica; 3,4--strengtb; 5--mininum
values of internal ft-iction; 6-charactoristic
a LV strength; 7-Schurer's data.'
a
1P
0
Is -
0, fie
a /"SOOM-4,
0
d microns
40
These samples had low strengths but retained their low values of Q~-I The wq)lana-
Can! 213

ACC NRt AP501~-3j-6-
tion, offered is baseA on the different behaviors of surface and volume dislocationov
surface dislocations~ar-i extremely effective in lowering strength, whilte volume
dislocations affect Q by raising it. This was demonstrated by testing cold uork-
ed filantents of 4.8 microns diameter. The intern4 friction increased'about 20 ?
times, Whowing the effects of volume dislocations.,fti.a. Q was ra sed while a r"
mained constant. By annealing these same samples, Q-1 was almost fully restored,,
the annvaling schedule used was 7000C for one hour. rhe effects of the: annealint,
are explained by dislocation locking by impurities, or to the annihilation of Us-'
10C,.ItiOTIS formed during cold working. In closing, the authors mention the influ-
ence of lowering the degree of vacuum on Q-1; changing the vacuum pressure frKxn
-5 nim Hg to 10-3 mm fig increased 4-1 by as much a,.4 10 times. Also, the techni
e11)
2
que of clamping the samples affected the value of Q~-I. Orig. art. has I figure.
SUB CODE'r- MM- MH Ult: 03Feb65/ ORIG REr: 006/ OTWREN~ 007
cxM3/3

(M) jjr(o) J D I 111A, 1i
ACCIR: AP6009662'- SOURCE CODE: UR/0181/66/Oo8/ooj
~j/0792/0796
Pmn.,;,- 13 A Belik Koqilo'%,, A. T.;';
AUTHORS, ov. A. M.
QIR qng,&b F2jXjeahn_ia Institute (voronezhok
Inatitut iY politt. kkhniahesk.iV1
rITLE: Features of the stl~ucture of A2mqx0
-!Ko-n and copper-nicke-1
rilamentary crystals
SOURCE: Fizika tverdogo tela, v. 8, no. "1966, 792-7915
.ol
TOPIC TAGS: fiber crystal, copper, hardne as, crystal st:v'ucture,.
K.ray study, metallographic examination, Eingle crystal,
ABSTRACT: The main purpose of the investigation was to determine the
reasons fox, the observed large microbardness of the tran'sition layer
of ciopper-iron whiskers, and to obtain other data on the fine struc-
tuve! of such whi,,.kQXz.,-,.The wbiskers were grown from mixtures of
chloride salts of' the c-,rresponding mitalo in a hydxqzerAtmospi,~ere
by 4he m9thod of T. S. Ke (Scientia sinica v. 10, 301,,1!561)'. The i2,~,
C4rd
7

L23,326-66
ACC NR: AP60096r2
grown whiskers had a complicated s"Mot-UML, consisting of a single-
crystal core-rod surrounded by a polycrystalline envelope, which was
thicker at the base of the whisker and narrower at its tip. Some
whisker tips bad no envelope at all. X-ray structural analysis and
-metallograpby were used to investigate the structure. At envelope
thickness up to 510 p., the Debye rings of the x-ray rotation pattlerns
showed a clearly pronounced texture. Regardless of the orientation
of the central copper rod, the iron crystals of the envelope glowed
on it in accordance with the principle of structural and dimens.Lon-,l
correspondence. The copper-nickel wbiskers were solid-solution 8 inLtb
oryetals containing up to 7% nickel in the copper. The concentration!
in the nickel was higher in the surface layer of the whiskers than
In the deeper ones. This structure is related to the growtb condi-
tions and also determines some of the wh1,iike_r_,Wroperties. It~ is
concluded that the differences between whiskelft and ordinary single
crystals are due precisely to the differences in the growth condi-
tions. Orig. art. has: 2 figures and 1 table.
SUB CODE',. 20/ SUBM DATE: 24jul6-9/ ORIG REF: 005/ OTH REF: 006

(w)/T10W (t)/jElT. Jjp(~-,) JD/GD
7
ACC NR, AT6026907 SOURCE CODE: bR/0000/66/000/OGO/004570050
AUTHOR: Ammer, S. A., Kosilov A. T.; PEstnik2y, V. ~. (Professor; Doctor of
physico---v-at'-hematicAI- ;ciencesJ
ORG: none
TITIX: Effect of size, impurities and deformation on the internal friction and
strength characteristics of whiskers
SOURCE: .!.N SSSR. Institut metallurgii._Vnutrenneye t,,reniye v metallakh i splavakh
(Internar1riMon-in tals and alloys). Moscow, Izd.-vo Nauka, 1966, 45-50
TOPIC TAGS: copper whisker, oQppe-r iron -Avivimr, uWaAwr shear modulzu;:~W~is~er
internal friction,-wh+9h9r-were 'A
ABSTRACT: The internal friction and tensile strength of Pure q er nd opper-iron
whiskers has been investigated in a vacuum of 2-10-5 vim Hg at room temperature. The
internal friction of copper-Adhiskera increased continuously with increasing whisker
diameter (see Fig. 1), while the tensile strength continuously decreased. The in-
lpernal friction of pure copper whiskers was found to be very sensitive to strain
hardening. For instance, the internal friction of a whisker strained to the stage of
light slip was 20 times bigher than that of unstrained. whiskers, but it was restored
to the original level by annealing at 700C for 1 hr. Iron increases the internal

ne~=;
L-3,6984-66 EW (k)IEW (d )IEWT(m)IM4P (h) /T/r!.WP (1) /.VVM (v) IEWP (t) /ETI lip(c)
ACC NR- AP6012222 JD SOURCE CODE: UR/0032/66/032/004/0492/0493
AUTHOR: Postnikov, V. S.; Kosilov, A. T., Ammer. S. A.
ORG, Voronezh Polytechnic Institute (Voronezhski-y politekhnicheskiy
institut)
TITLE: Apparatus for the study of internal friction and the modulus of
elasticity of whisker crystals y the method of bending vibrations
SOURCE: Zavodskaya laboratorlya, v. 32, no# 1~p 1966) 492-493
TOPIC TAGS: metal whisker, internal friction, elastic moduluss
vibration stress ~A
ABSTRACT: The apparatus described in the article makes it possible to
study whiskers up to 40 mm long with a diameter from 5 to 150 micronsp
over a frequency range from 30 to 800 eyelps, at temperatures from -190
to +60000, in a vacurm of the order of 10--P mm Hg. The article gives a
detailed block diagram of the apparatus and also a diagram of the
construetion of the sensing device. The apparatus has been used in
practice to measure the internal friction of copper whiskers of i5rious
diameters at room temperatures; the value was of the order of 10
Orig. art. has: 2 figures.
SUB GODE: 1l/ SUBM DATE: none/ ORIG REFt 002/ OTH REF% 002
A Card 1 &E~ U 0! 670 1 - 22 ioi nc~

i '; v F
TWU6
ACC NR. AP00172 Al
09
;~WHORS: Postnikov, V. S. jLnj:._.oj,, S. A.; A. T.; BoLikov, A.
i Oikl; Voronezh llolyLcchnic Institute (Voronezliski-y polytoldinichaskiy instvitut) 1_11
TIfLE: Ro,[ xatio propertio3 of Copper-j.1-011 hroakl-1.6~,j
SOUIiGE; Fizika mcLallov 1 21 ijo. 39661 770-773
ITC."10 TAGS: copper containing alloy, iron contaiiiin,.- alloy, mctal. crysLal, netal
wiiis?cr, copper whisker
ABSPiLACT: Tho ijulgr friction _k hear modulus, olactric.~il rusistatice, knd cryatal
structui-a jf copper-iron crystal whiz;kers -..ere studied. The whiskers were obtained
-if
I Lt,r the .-.Lethod of T. S. I*e and Y. K. dan (Scienta Sinia, E90'1, -10, 3D-1). The
exjori-inental results ~_r_esTiEin graphic.dly (sea Fi(,. 1). TI-io mrvu of iruncr fri-ction
vs temperature exhibited a peak in the region of 1100-5CDC. it ludod that the
U P com;.L
-ron-copper whiskers represent a suporsaturated solid s(:lution. ~Thc ericr.Dr of
Cict-ivation for the decomposition of thu supersaturated -olution as deterr-dned by
tha method of V. S. Postnikov (DAN S'SISIZ, 1953, 91, 79) vas 30 kcal/molo.
Card 1/2 UD04 539.292;536-539.67

J. 361.09-66
ACC NR. AP6017309
Fig. 1. 'famporature depondence of inncr
f riction Q-1, shear vioclulu~; ill, and cluztvical i
rcsiz,~Ianco It ol' coppor-iron whisIxurz; - .1 Q
for ~ilow VZIL.O I.If huating of specimea;
~Ilu 3w-lu for ;'I.ow cooliIIS; 3 - G for 110a"'ilv-a~
it for heatin,-; 5 - the same for cooli-ng
at a rate of 2.5 degroes/min.
0
04wlayo!

ACC NRs
AF1005350
and after removal of the external load, the dislocations move from the surface back
to their original sources, intersect, and form a stable! structure at room tenperature.
The results agree with this simple mechanism, but it is pointed out that various types
of crossings of both screw and edge disloc&tions and various manners by which they can
emerge to the surface can affect this p.-Lcture. Orig. art. has: 3 figures ane 6 for-
xulas.
SUB CODE: 20/ SUM DATE: 22jun66/ OTH REF: Wt
2/2

vffj=~~
AMMON, K. L., Engr.
Cand. Tech. Sci.
Dissertation: "Methods for Examination of the Finish of Machined Surfaces. Moscow
Automotive Yechanics-Inst, 19 Jun 47.
SO. Vecbernyava Moskva. Jun., 1947 (Project #17836)
.'; i"

AW011) K.L.
Otsenka i issledovanie chistoty obrabotarmykh poverklinnstie. Mosk-Va,
Oborongiz, 1950- 128 p. illus.
Bibliography: P. 128-(129).
Testing and examining the cleanliness of finished surfacces.
DLC: 'rAh07.A5h
SO: Manufacturing and MechRnical Engineering in the Soviet Vnion., Library
of Congress, 1953.

AMNOII.X.L., kandidAt tekhnicheskikh nauk
Determinatiou of the surface smoothness of spinning machine parts.
Clzd.] LONITOMASH no.34:266-280 154. (MLRA 8:10)
1. NlIlRokmash
(Surfaces (Technology))

-A P1 P) 0 F% E--Y S K,9 Y A, J~ , 1.
13MYANOV, Lev lipriyanovich; 0=T-jKJY1 - A'LjjW a IvEm ovna; LAVROT,
A.A., redaktor; ROHANOVA, Z.A., tekhnic-hs-Bkiy redaktor
(Nothodolosical Instructions on the keeping of racerds, establishing
statistics &M analysing morbUity vith temporary disability] Metodi-
cheekie ukassaits, po provedeniiu ucheta, marabotki i analiza zabole-
vasmostl 9 vremennol utratoi tradooposobnosti. Moskva, Goo. Izd-vo
mad. lit-z7, 1954. 63 P. (MLRA 8:3)
(Absentesien (Labor)) (Medical atatistics)

ZHUKOVSKIY, Mikhail Aleksandrovich; ZHDAWDV. Viktor Mikhaylovich;
MOLCHJUIOVA, 011ga Pavlovna; XOSILOV, Sergey Aleksandrov!Lch,
prof. fiziolog; KHOTSYANOV, Lev Kuprianovicb- AW4DRWSKAYA, A.I.
Health and the wa7 of life. Nauka i zhiznl 25 no-7:7-12 Jl 158.
(MIRK 11:9)
1. Ucbenyy sekretart Knuchno-planovoy komiRsii Prezidiuma
AM? SSSR (for Zhukovskly). 2. Chleny-korreepondenty AMN SSSR (for
Zndanov, Molchanova, Khoteyanov). 3. Direktor Instituta pitaniya
AW1 SSSR (for Molchanova).
(MBDICINE-CORGRESSES) (HYGIENE)

VERESKUNOV, Vadim Konstantinovich; AFANASIYEV, Nikolay'Ai~Vntlyerichj
AMSOV F A red.; MYAKUSHKO, V.P., red.lzd-va; KARURA, G.L.j
- feMe red*
(Worker's guide on fire prevention) Rabochemu o pozhamoi
bazopasnosti. Moskva, Goslesbumisdat, 1963. 62 P-.(KI~A 16:6)
(Woodworking industries--Fires and fire preventionj

Ap~-
ovi
4q
'!-, ~t~jo
MA.
iL

L I o
etc
UV
R~'Sl, - wv-il
in%

In
.
M
VI iN

- __ e
VERESKUNOV,, Vadim Konstantinovichl AFANASOYEV, Nikolay A%~Utljevichj
AMMDSOV F A red.j HYAKUSHKO, V.P., rE-d.izd-va; KARLOVA, G.L.p
+5 0 F. -r"-e ~ ~.
[Worker's guide on fire prevention] Rabochemu o pozharnoi
besopasnosti. Moskva, Goolesbumisdat, 1963. 62 p..(M,~A 16t6)
(Woodvorking Industries--Fires and fire prevention)

DRUV, !van Andrayevich; AMOSOV, F.A.t nauchn. red.
[Fire-prevention instructions and the required minimum
of technical knowledge for workers and employees] Pro-
tivopozharnyi instruktazh i tekhminimum s rabochimi i
aluzhashchimi. Moskvas Stroiizdatp 1964 69 P.
iMIRA 17:12)

Ane'OSO I., I. I.
"Method of Compiling Zonal Charts of Coal Metamorphism," Report I, Iz. Ak.
Nauk SSSR, Otdel. Tekh. Nauk, Nos. 10-11, 1944
Lab. of Origin and Chemistry of Coal, Inst. Mineral Fuels,, AS USSR

--- - --- - 11-
43
. : L,-noj':ci:tii 'v.--inovich. 0 -:(j,,t):I,-iso i-a2~3t.oroz1vie:.iia
.11 ~ -,
Yuzbassa; I~od red. N1.1'. 1'13ravz~e-va. 1945. 42.p. (Ak-iclamii:i
Soiuza CtL'elenie telhnichu-skih-h natdc. Itistitut :,uriuchikh
...
Tllb'e,6,',tQlA6
5,D: -TC, SoviA ~;eugralhy, 1 rt 1, 1951, wicl.

00 A
jr
t
00-3
eew
0 fee a 00*0
is 16 if p
0 * 0 0
a 11 16. H Id a !
olOCIMIS AND POOPIRMS "'Do's
Ivew method of detirminstion of the entichability of
C0414 by, their C nature 1. 1. Ain nawy. few//.
of
Ste.
-rse! Most M. tr1h. 114; to.. -SkIrill
of.%lau).-Since file awh clsollent anti Olt di.tral-titim) Iv.
IN'lld Oil file p4ofosical scolesis 44 file c1mil %Calif. It 1% 1------
stible to gain advance knowledirr of the eurich3tvility ,r a
given coal Irmn Its
aft%rding to 1~1".Craj,hle tviv.
WMOUILIT lklVi,'d "or he gilimn she Awt
he ClipeCteof SA etontent Ulki ~*Ilj I" Intilh-nt I,wiuj-
I- err -4slainrot 1-v itest-W elsionivii.m W it", qN"llim.
1w 4.1les usellimt the rharmetmohloo 4 tile OvIoe 'tatuldr-At:
V~K.. tot All loWilled 44.111114~1 44
t1t: sh%w And urdr h3II-gI-V lvl%-. willo A,h c'mte'll .;
2 7-Her. 40.5re hoolf-ithmv tif a 2.'Ws. Ore halWoll jctaisulAr
44 if 4.25, C'se'r hodfAtilldrivocid a 2.7.5,und.'j, Wyrritfos
4.4- Ile expected Yield in et"oreotrate I. ~ilha
N. Thon
tRATURt CtA$SWKATM
.1.1esil's
44 a 440
~i
-00
a**
Zoo
coo
00
A JA I I not 0 9 1
a I , 4 M, In 1', 0090 0 0 a
0 0 9 0 0 0 0 a : ~ ~.- 1i A-i
000000000000

lU88R/Ooal Doe 1946
ruels, Solid
"Geneais of Coals and Their Concentration: A New
Method of Detexulning the Concentration of Foseil
Coals," J. J. Ammosev, 12 pp
"Izv A Nauk ota Takh" No 12
Dincussee the various formis of coal, with many
Illust.ratiaae. Concludes that furth6r study along
this line vould be of great advantage to coal
mining.
14T41

14 R 1, JfAl OU 41 ~Ot
14 8 14 V Is 01
A - P-1 A-A _. U - -it ., tAJ_A__L_.L_ALA A a A- 1_j__j
it, i."
-is
Istim" *a capablilty of sales cod W be bassficLated
M10 - V.S.b.R. 09.M. 6ept. 30, 1947. "r
o0 G.-J&M-61; of the dem, of the prtnWaphic type W
coo IN a Kim smam and the aw. ash content of each type.
on tbese data Is based the esta. of bene"tion ca It of
the Ow.
09 J*
.3
::,
0013
06 ul,
---------- - --------
.11ULUROKAL LITIVITNT CLASSWKATIDN
9 Ofm to) on to it et lot Is 0" cot it it
41 a
41 0 0 0
'n
14 - r --Z. J-%=
L if -1,14-1-aw
0 .1 * .1 ir N 9 W-4
#1 0 *1* 0 0 0 0 c
6 0 16 0 0 0 0 0 a
AL
.00
.00
199
see
=00
ro 0
go*
fto
use
1100

I A P ?-I C-7 - T Dr. Ofo'o -,r ".
AM A. ) V , I . 1 . .1. - i
Diss-~rtation: ,Influsnef., of reolo.~,Ical Facto-.3 on th,) -l' Co,.,~113." lrnst.
' llln;i:
o~ b -,,11 7, 1 ~,, 11 3 , A c ad . A c i . 'J 5 3rZ . 24 A - r 0.
SC; A7-r, 1047 (Project

AWqSOV, I.I.
Mawa-
Contents and methods of compiling geoiogical and coal chemistry
maps. Trudy Inst. ol.nauk. no.90:213-224 147. (HLRA 9:11)
f(e;oal geology-Ma-ps)

N I
fCq U 1, Art Akod.
-wrt"I'k mg. Itq.:j'j' Ot
Vary
;U9 SR. 9ts' vreft bst(l fur tilt tlh' frRetic"S
obtainect were studlt-
d"c"U"PhiadlY. &CmIcaffr, w,d
-
Ma coni fint jkDwdrrvd In
r, I-,,Il
'
C11P'bO(
!o was le-Sa than 42 t%In size;
~'Bigbt min&. OICO -

t- n" u ey td. 0.M r- the 4MI

lighter Intal6j; am,
hIgher tos "tent. cuticle, and
6M3 end lowwr in P_
-vi Cli dm? in- Abe-1P.-P.- 4- t1je-. dcdhin
, -1 .- - - : C latt
_
'
'
d
,n
-ML
led
,
[ A4, but drWs
%h furthtr,red
Tbo a* rwU iA dro
s ra
idb, witL tbe s

rv p
p. cc ;mgt,
p
rAtbej strilln fracri"s
-
-being
46ilicktur, w1kb a 4teady lverea5e in c4ing at low-r
.
W. M. ASterilbe. g

A N~a

--qgkq lg~
'T
OEM

Us=/kngineering - Luminescout Anal yals Mar 51
*A;~plication of the Luminescent Method for the
Characteristic of Coal Properties," 1. 1. Anmosov.,
N. 1. Babinkova, Inst of Mineral Fuels, Acad Sci' -
USSRIL
,im Ak Nauk SSR, Otdel Tekb Muk" No 3, pp 341-349
Imalnescence of~ bitumens in various coals investi-
o gated and new method suggested for evaluating proper-
ties of coals. Despite low contents, bAumens may
characterize properties of whole coal, since during
coal formation change in content and composition of
bitumens is in close relation to change in content
190"9-
USSR/Engineering - Luminescent Analysis gar 51
(Contd)
and composition of organic matter in coal. There-
fore,.variations in luminescence color of bitumens
reflect changes in compn of org constituent. Sub-
mitted by'Acad N. P-Chizhevskly.
19OT49
~-4

AMOSOVS 1. 1.
Uw/ruels - coal Aug 51
"Method for Characterizing the Classification
Features of Coals,O I. I. Ammosov
"Iz Ak Nauk SSSR, Otdel Telfn Nauk" No
pp 1209-lk7
Investigation established that cokle, identical in
respect to metamorphism stages avl petrographic
compn but different as to properties, behave dif-
ferently during sepn in heavy liquids. This fac-
tor, indicating dissimilar structure of coal's
matter, may serve as classification feature dur-
ing-study of coal-formation process. Submitted by
Acad N. P. Cb1zhevskiy 6 Jul 50. 205T32

52
Coal
Uggft/GeopbYs on saa 1roper-
DiBB jMjlaT cefposit,
C&uses Of sov
ties of Rjuscl CO koo
Alt 11suki Ser Geolog" 1;0 31 pp the basic
Of origin of coal an,
1,7, -pvcbl 11 )pertitg) -he autlior cOl-~
ria: 'jug - A the ir prc t are detd by
A
.... goverUing Of Coals
rem the eculiarities
cluaeS that S.
5 boic factor
220T56

AMOSOV. I.I.; KUBYAL, S.A.
MOVOLva
Reflecting power am one of the main properties of fossil co&J.so Doklady
Aima. Nxak S.S.S.R. 84, 1223-6 152. (MLRA.5:7)
(CA 47 no.21:il694 53)

int"C!" list-

AMMSOV. I.1.; ZVTAGIN, B.M.; TODIS, O.H.; TUROVSKIT, A.Z.; KOLRCHMM.
'R."ff!,,"fIftk-tor; TIMS, I.G., redaktor; POLTAXDVA, T.T., takhni-
cheekly redakto.-O
(3bgitiserine, calculations on the theory of exposing minerals in
the process of dressing coal.] InshenerVe raschety k teorii
raskryttia minaraloy Y pr6tsesse obogashchanita uglet.. Moskva,
Izd-vo Akademil nauk SSSR, 1955, 157 P. (MLRA 8:12)
(Coal prspari~tApn)

opla reasebs uA tilt (I)m i"I
-PM -,Ii, U lli~, I"' 10
I I" tilt -iiw3!htk!-
a -NI

WOSOV., I. L
uLwdneseence Microscopic Research on Coal,- Proceedings of the International
Committee for Coal Petrology No. 2. Brussels 1956. Publisher R. Louis, 81 pp
with 92 ill.
This volume contains the reports and diewssions of the 2nd Int'l Comm. for
Coal Petrology,, Liege.. Belgium., May 1955

in ine cuai ine vnThin anq
fuuIn cv;ntmt bad Pip apparent connection svitb ticalow.
Tb- lumln- d wftlh't vicle iiniit; in -h-
k,a~kng n

15-57-3-3462
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 3,
pp 143-144 (USSR)
AUTHORS: Ammosov, I. I., Yeremin, I. V.
TITLE: Jointing in the Coals of the Northern Border of the
Donbass (Donets Basin) (Treshchinovatost' ugley severnoy
okrainy Donbassa)
PERIODICAL: Tr. In-ta goryuchikh iskopayemykh AN SSSR, 1955, Nr 6,
pp 103-111
ABSTRACT: Data are given on the investigation of endogenetic and
exogenetic Jointing in coals of different stages of
metamorphism; long-flame, gas, steam-fat, coking, and
steam-caking, It was noted that the frequency and
appearance of endogenetic fractures are not constant
for coals of the same rank, but vary noticeably. The
frequency and appearance of exogenetio fractures may
also vary sharply in coals of the same rank. Howevero
there is a systematic relationship between the rank of
Card 1/2 coal and the averuge amoLint of the Jointing in it. The
..f

" : 11 -~ -, ~ ~'. -. I- '.I w. - ~ ~ .3,;
. I. it~""X-~~ . ;' I
jointing in the Goals of the Northern Border (Cont.)
15-57-3-3462
0 a-ithor shows that long-flame and gas coals possess the least joint-
itg; steam-fat, coking, and steam-caking coals have maximum jointing.
Coals tending to suddenly collapse are characterized by increased
11 ndogenetic and, especially, exogenetic jointing.
Card 2/2 L, I, B.

I - -
/V-f
Category: USSR
Abs Jour: RM-10i, 110 3, 1957, VZo
Author :
Inst, : Coal Geology Laboratory of the AcadeW of Sciences USSR
Title : New Methods in the Petrography of Coal (with Reference to
the Investigation of the Kuzbas Coal Deposits)
Orig Pub: Tr. Labor. Geol. Uglya. AN SSSR, 1956, No 6, 18-30
Abstract: No abstract.
Card 1/1
-37-
D

ARRAMOV, (continued) C& rd 2.
ZDANOVICH. Y.G.. prof..dolctor tekhn.nsuk,i-ed.; ITANOT, G.A., dohor
geol.-min.nauk, red.; KARAVAY.W. H.M., red.; KORCTKOV, G.V.. kand.geol.-
min.nauk, red.; KOROTROV, M.Y., kand.tekhn.nauk, red.; MUKAVEW, A.A.,
doktor geol.-min.nai4c, red.; OMEWCHMO, A.11.,kandotekbnonauk,redm;
SENDERZONp E.M.,kandegoole-min.nauk, red.; USHAKOV, I.N., dote., kand,
tekhn.nauk. red.; W.PLOKOV. V.S., kand.geol.-min.nauk, red.; XOROLNVA,
T.I., redeir-d-va; WHALKINA, E.I., red.izd-vas, PROZOPLOVSKAYA. F.L..
tekhn.red.; NADHINSKAYA, A.A., tekhn.red.
(Mining; an encyclopedie lmindbooQ Gornoe delo; enteiklopedicheakii
apravochnik. Glav. red. A.M.Terpl-rorev. Moskva, Goo.nauchno-tethn,
izd-vo lit-ry po ugollnoi. pror7shl. Vol.2. [Geology, of coal deposits
and Burvey1ngl Geologlie W,,oltnykh mostorothdonii i marksheiderskoe
delo. Redkolegiia tore S Y.Troianskiy. 1957. 646 p. (MIRA 11:5)
1. Chlon-korren ondont AN SSO (for Karava5ev)
t QDal F,00) o17--Dict Iona rise

AUTHDRS:Ammosov, I.I. and Ammosova, Ya'.M. 68-5-2/14
TITLE: An inveWtigation of changes in the microstructure of coals
during thermal treatment. (lasledovaniye izmeneniya mikro-
struktury ugley pri termicheakom vozdeystvii).
PERIODICAL: "Roks i XhimiXa" (Coke and Chemistry), 1957, No',5v
pp.V-17 W.b.N.R.) I
ABSTRACT: The character of structural changes and trans format iona
of the components of the vitrinite group during thermal
treatment was investigated. Semi-dull and semi-b-right
etrographic t~rpes-from Kuznetsk coals of various rank
, 112; 11,2 IV2; 72; V12 and VII,) and for comparison
%
some coals from the Donets basin were studied. Coal speci-
monk were heated to various temperatures from 250 to 900 -
1100 C. Sections prepared from specimens so obtained'were
microscopically studied under reflected ordinary and polar-
ised light. In additionv the yield of volatiles at various
temperatur.es and plastic ranges of the coals examined were
determined. It was found that on heatingp vitrinites of
coals from long flame to coking (metamorphic stages I to
IV2) 'chuge their microstructure with the formation oi
pores. The beginning of changes in the microstructure of
Card 1/2 coal during heating can be used as an indication of the

An intestigation. of:ch"es in the;microStructurp df".cpals
ftring thermal treatmbnt., (Cott"
-2/14
5
appearance of the plastic state", Three distinct stages 141
the aevelopment of porous structures were observed. It was
established that the beginning of changes in the microstrao-
ture of vitrinitep changes in the plastic state as well as
the period of an intensive evolution of volatiles are dif-
ferent for coals of different ran4 Changes in the micro-
structure taking place on the heating of coals of various
rank are illustrated in 19 microphotographs.
There are 5 tablesp 19 figures and 16 referencesp including
12 Slavic.
ASSOCIATION: IGI AN SSSR)'.
AVAIIABLE:
Card 2/2

6F-12-3/25
AUTHORS: AmT.,iosov, Doctor of GeoloUicL,1 and Ktaeh-Aogical Sqiences
xeremta, T.V., Candidate of Technical Scienceb,
Sukhenko, S.I., Candidate of Technical Sciences and
Oshurkova, L.S.
TITIE: Calculation of Blends for CokinC on the Basis of the Petro-
graphic Features of Uoals (Raschet shikht dlya koksovaniya
,tskikh Qsobe
pa CHI netruraff
PERIODICAL 0 S M Vo 12 nsilsy(ugsi
I I
ABSTRACT: A method of lis COM ?Opr co~inir~_ UbasWon petro-
j
graphic analysis is proposed. The method is based on prine-
ciples developed in earlier work (Ref-1). On the basis of
rank and petrographic composition, some new characteristics of
coals were established, namely: leaning index and coking
coef-ri-ant. The leaning index is the ratio between the
t.;-. '.aanit,,v components present in a blend to the amount
of leaning components necessary for a given blend to obtainoptian
ratio between cokable and inert components in the blend.
Vitrite, leiptinite and 1/3 of semi-vitrite are included as
cokable oomponents and fusite group and 2/3 of semi-vitrite
as inert components. The sum of cokable and inert components
equals 100016 of the organic part of coal (10 + ZI = 1001111o) -1
the division of coals according to rank (position in metamorphic
Card 1/4

68-12-3/25
Calculation of Blends for Coking on the Basis of the Petrographic
Yeatures of Coa13.
series) based on reflectivity is shown in Fig.l. Optimum
ratio between cokable and inert components for coals of various
ranks, determined empirically is shown in Fig.1 (the met-hod of
determination is not stated). The amount of leaning components
which should be introduced into a blend in order to obtain
coke V) is determined from the formula:
ICI Zen
+ + 66-66
al a2 an
Aere YCl ZC2 ...... 2Cn the sum of cokable components
of coals of individual ranks constituting the blend, al
.a.2 '". an optimum ratio between leaning components for
corresponding coal ranks. The coking coefficient, characterising
cokable components is determined from the formula:
Card 2/4

68-12-3/25
Calculation of Blends for Coking on the Basis of the Pe'Wrographic
Features of Coals.
Ki.+ e-)02 + 7 Cn n
n
C
where Kl K2 ""' Kn coking coefficient of corresponding
ranks at a given content of leaning components in thc blend.
Values for K are given in rig.2. From the leaning index and
coking coefficiRnt determined for a given blend, the corres-
onding coke stren6th can be determined from the diagram
Fig.3). An example of such calculations is Siven. It is
~
stated that a very good agreement between the calculated and
determined values for coke strength was obtained (correlation
coefficient determined for 44 cases was O.e2?). It is pointed
out that maximum fissuring of coke is obtained when the
individual components of a coal blend differ considerably in
their rank. It is concluded that the method proposed can be
used for calculating the required composition of multi-
component blends containing fusenic coals and up to 25% of
Oard3/4

68-12-3/25
Calculation of Blends for CokinC on the Basis of the Petrographic
A",Peatures of Coals.,
gas coals. There are 3 figures, 2 tables and 3 Slavic
I references.
ASSOCIATIONS. IGI AN SSSR and Kuznetsk Metallux-gical Combine
(KuzndBkiy metallurgicheskiy kombinat)
AVAILABLE: Library of Congress
Card 4/4

BOV/24-58-11-3?/42
AUTHORS:.,Umosov, I. I. and Musyal, S. A. (Moscow)
TITLE: Variation of the Micro-hardness of Coals Depending on
Their Origin (Izmeneniye mikrotverdosti ugley v
zavJsimosti ot ikh proiskhozhdeniya)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Otdeleniye TekhnicheBkikh
N.-4ukl 1958, Nr 119 PP 136-138 (USSR)
ABSTRACT: 62e authors describe the results of detailed investi-
,i-~..--\ns of the changes in the micro-hardness of the
, grhphic components of a wide range of coals of various
iet origins. Measurement ?~%gtkieW cro-hardness was
jffected by -means of the FLIT-,,; ,a in.,~entor load of
10 g. The experiments were carried out in reflected
light with specimens taken from the middle of the seams
and produced from coal which was fra&mented to 1.5 iam
grains. Thare are 2 fig-twes &nd 5 references, 4 of which
arc. Soviet, 1 -'erman.
ASSOCIATY'--: Institut goryuchikh iskopayemykh AN SSSR (Institute of
Fuels, Ac.Sc. USSR)
SUBMITTED: April 8, 1958
Cardl/l

SOV24-%-12-27/27
AUTHORS: A~sov, Iol.
Bab!n_k,3`v-a Mo scow)
TITLE: Foundations of an Industrial-Geneti- Classification
of Brown Coal (Osnovy prom;yshlenno--&neticheskoy
klass"i'.fikatsii burykh ugley)
PERIODICAL;Izvestiya Akademii Nauk, Ot-deleniye Tekhn:.chesk-ikh
Nwak, 1958, Nz 12, pp, 151-153 (USSR)
ABSTRACT: The results are described of petrographic investigations
of brown coals from a large number of deposits in various
staps of geological development which can be used as
a basis :,f a classifi-cation sptem. These investigations
were supplemented by calculating the content of
petrographic micro-components in coal of average samples
in definite stages of epir.,nesis and diagenesis of coal
on the basis of its reflectivity. Sub-division of the
coal into mi(lre.-;~omp~)nents was carried out in
accordance with thal-rozolution of the All Union
Conference of Coal Petrographers. The obtained
petrographic data enabla~ classitying dense browa coal
from 28 different origizlis~-'into four petrographic types
Card 1/2 based on the contents of vitrinite. semi-vitrinite

~OV/24-58-12-27/2?
'Foundations of an Industrial-Genetic Classification of Brovin Coal
and fusini"A (Table 1), type 1 ~=taining 75%,
type 11 type 111 405; vitrinite w1i'Llst type 1V
containa main.ly fusinite (89%). A new system of
k classifiozation (Table 2) is proposed for brown coals
based on their stagas if epignesis, diagenesis,
petrographic composition and ash anntent. These
parameters ame a~soeiated with the genesis of brown
coals and therefore, thej permit ccnclusions ou various
natural properties of brown coal both as a chemical raw
material and as a There are 2 tables aad 2 Soviet
references.
ASSOCIATION; Insti-Vat vi-yurhilth :~31cxpayaqyl .VT SSSR
- J
(Institute for Mlne:-al Fuclas' Ac. Se. USSR)
SUBMITTED: 8th April 1958.
Jard 2/2 USC0101-DC-50t 547

a ~j v

vita
it

l
i l
fi

30V/65-59-7-4/12
AUTHORS: Amm0sovq I-.I.,J-and Babinkova, N.I.
TITL3: _"Cra_s_sTf_icati0n of Brown Coals by Petrographic Features
(Klassifikatsiya burykh ugley po petrograficheskim
osobennostyam)
PERIODICAL: Khimiya i tekhnologiya topliv i masel, 1959, Nr 7,
pp 14-19 (USSR)
ABSTRACT: The authors have carried out an extensive petrographic
investigation of many Soviet brown coals of different
geological periods, They calculated simultaneously the
micro-components contents in average stratum coal
samples and determined the stages of epigenesis and
diagenesis from the reflecting power. The subdivision
into micro-compcnents was carried out according to the
decisions of the All-Union Conference of Petrographers.
The usefulness of average stratum samples was established
and four classes of coal (Tables 1 and 2) with
distinctive petrographic compositions were found. On
reflecting power the brown coals Nrere divided J.nto four
stages of epigenesis and one of diagenesis not directly
Card 312 related to their goological age. With a complicated
petrographic composition chemical factors do rot determine

sov/65-59-7-4/12
Classificati.M of Brown Coals by Pewlrogr&phic Faa~'Ures
the staCcs of diagenesis or epigenesis, sinco they depend
cri non-a%iform petrographic composition. The proposed
Qlassi-,"i,!ation (Fig 2) 4s based on these stages, the
petrorraphic composition and the ash content.
Card 2/2 There are 2 figures, 5 tables and 4 references, 2 of
which are Soviet, 1 English and 1 German.
ASSOCIATION: IGI

AMMOSOV, LL
"**-,,-,,, . .1 - "r,;'t'-Z-900
Ifev investigation asthods for detecting potential resources of
coking coals. Trudy IGI 8:3-23 1.59. (KIRA 13:1)
(coal)

- AMOSOV, I.I.; SUKRRNKO, SJ.; IWMIN, I.V.; OSHOJOVA, L.S.
Calculating cokG charges on the basis of the petrographic
characteristics of coals. Trudy IGI 8:21-30 159.. (MIRA 13--1)
(Coke industry) (Coal)

U4RITOROVo q.V.; AHMOSOV. I.I.; NkZAROVA, A-1.
Relation between the petrographic and chemical composition and the
chemical and technological properties of coals of the Tuyuk deposit
In the Usgen Basin. Truay 101 8:45-50 '59. (MIRA 1311)
(Usgen Basin-Coal)

AMOSOV, I#I.; MUROV, X.Jej KURITONOV, G.Vo; JVURIKOVA, Vol.
ChAmical'iaomposition and properties of the petrographic micro-
components of coals. Trudy IGI 8:51-65 159- (mrRA 1311)
- (CAKI)

AHMOSOV. I..I.; AMMOSOU, Ta.M.
Changes in the mlos-ostruature of coals due to the effect of heat.
Trudy IGI 8:66-68 '59. (MIRA 13:1)
(00a1)

WSAV. A.I.; MHOSOV, I.I.- PILINIKOU, A.N.; AMMOSOVA, Ye.M.; CHIBISOVA, K.I.;
CHWO V,--y-f :'I"
Us@ (if' ultrasonic waves in coal bronination. Trudy IGI 8:131-141
159. tMIRA 13t1)
(Ultrasonic waves-Industrial application)
(Coal-4nalylle)

AMMOSOV- -Innokentiy Ivanovich. J'J&mIH. Ivan Vasillyevich; BANKVITSHR,
-t~
A.L., red.izd-va; BRUZGULS, V.T., takhn.red.
[Fracturing of coal*] Treshchinovatost' uglei. Moskva, Izd-vo
Akad.nauk SSSR, 1960. 108 p. (MIRA 13:12)
(Coal geology)

KAUMOV, G.S.; ARMOSOV, I.I.,.otv,red*; MUM, G.Ye., red.isd-va-,
KOIAXCIVIMrff_.T_.A_.,7Ukhn. re d.
[Petrographic composition and metamorphism of Ural Basin
coals; experiment in quantitative coal petrography] Petrogra-
fichaskii sortav i metamorfism uglei Kizelovskogo bassains;
opyt kollobeetvennoi uglepetrogrefil. Moskva, Isd-vo Akad.nauk
SSE, 1960. 117 P. (MMA 14:2)
(Xisal Basin--Coal) (Mineralogy, Determinative)

" I A
,- -AWOSOV. YEMIN; I.Y.
Determining the degree of oxidation and estinating the quality of
the coal by petrographic indicationd. Trudy IGI 140-20 160.
(MIRA 13:12)
(coal geology)
.% t

AMIOSOV, I.I.j FRYANISIMNOV,, V.K.
Using petrcgraphio features to determine the erwiclunent of
coals. Razved. i okh. nedr 26 no,7:10-14 Tl 160. (MIRA 15:7)
1. Institut geologii. i razrabotki goryuohikh iskopayemykh
AN SSSR.
(Coal-knalysis)
(microscopy)

AMMO�ffj-I="At41-~QYI9~ TAN SYU-J C-Ing Hsju-J]; BAN.KVITSFR,
A.L., red. izd-va; GOWBI, B.POR tekhm. red.
(Stages in the altemation of coal and sparagenic relationships
between combu4ible mineraLi] Stadii imeneniia uglei i parage-
neticheskie ot~osbeniia goriuchikh iskopaeuWkb. Moskva Izd-
(MIRA l'
vo Akad, nauk SSSR., 1961. 3.16 po W)
(Coal geology)
IC4

BURTSEV, Mikhail ProkoplyovichL_AnjL~QV~., prof., doktor 1jeol.-mineral.
nauk, otv-. red.1 KONDFIATIYEVA, V.I., red, izd-va,- SUSIKOVA, L.A.,,
tekhn. red.; LAUT, V.G., tekhn. red.
[Kanak-Achinak coal basin; geology and coal potential) Kansko-
Achinskii ugoltryi bassein; geologichaskoe stroenie i uglenoonost'.
Mookyap Izd-vo Akad. nauk SSSRI 1961o 137 p. (MIRA 31+-.11)
(Kanak-Achinak Basin-Coal geology)

AM140SOV ) I. I.
Alteration stages of sedimentary rock and the paragenetic re-
lationships of mineral fuela. Sov. geol. 4 no.47-24 AP !61.
(MIR& 1415) 1_j
listitut geologii i rasrabotki goryuchikh iskopayemykh
AN SSSR.
Coai geology) (Petroleum geology)
(Rooks, Sedimentary)

AMSOV, I.I.; YERSMIN, I.V.
Charneterization of coals according to the content of basic groups
of microcomponents. Razved. i okh. nedr 27 no.1:7-11 Ja 161.
(M:IRA 17t2)
1. Institut geologii i razrabotki goryuchikh iskopayemvkh AN SSSR.

AMOSOV, I.I.; YEREMIN, I.V.-, PARB, E.M.; BOYEV, A.I.
Petrograpbic studies and prediction of the coking capacity of
coals. Razved. i okh. nedr 27 no.12:11-16 D '61. (MIRA 15:3)
1. Institut geologii i razrabotki goryuchikh iskopayemykh AN SSSR
(for Ammosov, Yeremin). 2. Trest Kuzbassuglegeologiyall (for
Pakh, Boyev).
(Coal) (Coke)

TEODOROVICH, Georg'Ay Ivanovichj SOKOIMAO Natallya Nikolayevna;
ROZONOVA) lelena Dmitriyevna; HAGDASAROVAO Marina VartanoTna;
AMMOSOV, ItI.,_qoktor geplogo-miner. naukj, otv. red.;
VIKOWWO I.N., red. tekhn. red.
r
.Mineralogical aM geochemical facies of the terrigene
deposits of the lower Carboniferous in the greater part of the
Ural-Volga region from the viewpoint of their oil and coal
resources) Mineralogo-geokhimichookie fataii terrigenrykh otlo-
zhenii nizhnego karbona oanovnoi chasti Uralo-Volzbskoi ob-
lasti Y sviazi a ikh neftenoonost*iu i uglenosnostliu. Moskva,
Izd-vo Akad. nauk SSSR, 1962. 172 p. (MIRA 15:5)
(Ural-Volga region-Geology, Stratigraphic)

AmTgx-L-L-
Alteration stages of sedimentary rocks and paragenstic
relations of combustible minerals. Analele gaol geogr 16
no..Iil$r38 Ja-Mr 162.

A&OSOMI-4-Avp red.; BURTSEV, D.W.., red.; GORYUNOV, S.V.., red.;
GUSEV, A.L. red.; XOROTKOV, G.V.j red.; KOTLUKOV, V..k.f
red*; KUZNETSOV, I.A., red.; MIRONOV, K.V., red.;
OLCHANOVp LL# red.; NEKIPELOV, V.Te., red.; PO11OMJMV,,
T.N., red.; POPOV, V.P.p red.; FROKHOROV, S.F., red;
SKROBOV, S.A., red.; TYZHNOV,, A.V., red.; SHABAROV, N,V,l
red.1 YAVORSM , V.I.,, red.; BOBUSHEN, L.T.p red. tomal
VINOGMOV, B.G., red. toma; VOIXOV) K.Yu.# zam. red. tomal
LUGOVOTp G.I.p zam. red. toma; OGARKOV, V.S., red. toma;
SIMOHOV, A*Y,p red, toma) IZRAILEVA, G.A., red.~zd-va;
IVANOVAp A,G.f tekhn, red,
(Geology of coal and combustible shale deposits in the
U*S.S,R,]Geologiia mestorozhdonii uglia i goriuchikh slan-
tsev SSSR. Glav.red.I.I.Ammosov i dr. Moskva, Gosgeoltekh-
izdat, Vol*2. (Moscow Basin and other coal deposits in
central and eastern provinces of the European part ofthe
U.S.S.R.)PodmookovzWi bassein i drugie mestorozbdeniia uglia
teentrallxWkh i vostoobrVkh oblastei Evropeiskoi cbasti
RSFSR. 1962. 569 p. maps. (MIRA 15:9)
I* Russia (1923- U.S. S. R. )Mini sterstvo geologii i okhraror
nedr.
(Coal geology)

I*- YEREMIN, I.V.; BABINKOVA, N.I.; GRECHISHNIKOV, N.P.;
PlVeNISHNIKOV, V.K.; MUSYALq S.A.; AMMDSOVA, Ya.M.;
PORODAVKIN, M.G., red. izd-va; YEPIFANOVA, L.V., tekhn.red.
(Petrographic characteristics and properties of coal.s]Petro-
grafichaskie asobenno-4ti i svoistva uglei. Moskva, Izd-vo
Akad. nauk S3SR, 1963. 379 p. (MIRA 16:1)
(Coal)

AWOSOV.v I.I.; FRMISHNIKCVj, V.K.
Estimtjon of the difficulty of preparing coals In prospecting
operations. Razved. I ddw, nedr 28 no.10:12-16 0 162.
(MIRA 15:11)
1. Institut geologii I razrabotki goryuchikh iskopayem3rkh
AN SSSR.
(Coal-Classifteation)

ANHOSOV I.T.
~etrographi6 composition of coals in the U.S.S.R. and some of
-fts abanAss. Sov. geol. 6 no.ling-3.28 Ja 163,
(M-TRA 16 t 6)
1. In6titut P010RU i razmbotki gorypabikh iBkopayenykh.
(Coal-A"sis)