SCIENTIFIC ABSTRACT KILMAN, YA.I. - KILYACHKOV, A/P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722520018-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR/Chemical Technology - Chemical Products and Their H-2
Aplication. Elements. Oxides. Mineral Acids. Bases. Salts
Abs Jour Ref Zhur - Khimiya, No 1, 1958, 1875
0.4-0.7 m/second. Optimal content of CaO in the circula-
ting solutions is of 5-8 g/liter. With adequate specific
volume of the towers the content of N oxides in the waste
gases can be reduced to 0.1% by volume.
Communication I see RZhKhim, 1957, 63894.
Card 3/3
KILIKAN KWVKB, B.A.; GAXBUM, D.Tu.
VMN,00- Production qnd utilization Of liquid nitrogenous fertilizers.
Xhim.prom. no.3.135-141 Al?-Ky 157. (MLRA 10-7)
(Ammonia) (Nitrogen)

KILIMN. Ya.I.,,.jmnd.tekhn.nauk; KLEM, V.A., kand.tokhn.nauk
Wa:79 for lowering product losses during the concentmtion of
armonium nitrate solutions by, evaporation, Trudy GIAP no*7:
?13-218 '57. (HIRA 1p:9)
(Ammonium nitrate)

I I
,.,~ I L . ,kanei.tekhn.nauk
!WO" tIv,
Removal of inpuritieR from ammonium nitrate i3olutiona. Part 2.
Trudy GIAP no-7:219-223 '57. (MIM 12:9)
(Ammonium nitrate)

KILIKAN, Ya I .IrAnd. tekhn. nauk; KUZI, H.P.; VITROV, N.Te.: AIZXSMVA, M.N.
Using wash water and main filtrate for the preparation of ammonium
carbonate. Trud GUF no.8:164-172 157. (MIRA 12:9)
riAmmonium carbonate)

uous couver5 on Ito N 4A Uib*a Stia"
11
i

. 1 1 Y,
with ammonlum carbonate. Ya.
r
z

.1957, No. 8, 173-7,--The mnditions faintabM i Ivii
a cam
'
out the continuous proctm of conveattlog Mg (air nitmte

cu
to N114N% on a Ian. wale was Investigated. The P""m
Was Shown to be pm1ble, but the reWts must be vedw on
a larg" 5mle.
P. Tdmble-lt-.,

r

UALIKAN. Ta.l., kandidat takhnioheakikh n&uk.;BILYAYIIT,N.I., inzhoner.
-
UtiliNIQ low potential heat from waste steam, Prom. enarg. 12
no.4:16-18 Ap 157. (KMA 10:5)
(Steam) (Nitrogen industries)

AUTHORSi Killman, Ya. I., Klevke, V. A. 0'4-56-3-5/2o
TITLEt The Use of Carbonate Waste (Ispollzovaniye otbrusnogo
karbonatnogo shlama)
PERIODICAL. KhimicheskayiL Promyshlennost' , 1958, Nr 3, p1 22-24 (USSR)
ABSTRACT: Nitrogen is bound in carbonateimud in tho form of the double
salt NgGO3(NH4)CO3-4H20. The transport of the mud is facili-
tated because of its moisture content of 2o~, and au the mud
is finely dispersed a good distribution in the soil can be ex-
pected so that according to the opinion of agricultural experts
its use in the Ukraine and Foleslye regions would be opportune
oecause of its lime-manure properties and its acid-decreasing
effect on the soil. The use in the production of granulated
superphosphates. for the preparation of mineral fertilizers
would also be appropriate, as well as for an addition to am-
monium nitrate in order to improve the physical properties and
to prevent a loss of nitric acid in the production of addi-
tives. By experiments with common turnips it vas proved thaL.
by the use of carbonate mud the crop was 37.5% greater than
with natural lime manure. Thus carbonate mud proved an excel-
Card 1/2 lent fertilizer especially for soils deficient in magnesium,

The Use of Carbonate Waste
64-56-3-5/2o
whereas parallel experiments in the laboratory of the TsZL
of the Dneprodzherzhin ATZ proved that a use in the produc-
tionof calcium ammonium nitrate leads to good results. Car-
bunate mud can also be used for tho production of the heat
insulation material "soyelit" where a drying can be made by
centrifuging, and the liquid can be used for the production
of solutions of carbonate of ammonia,
1. Fertilizers--Effectiveness 2, Carbonates--Properties
3. Carbonates--Applications
Card 2/2

50)
AUTHOPS: Killman, Ya. I., Klevke, V. A. SDV/164-56-3-1 1/19
TITLE: The Transportation of High-Concentrrtt ion A.-rioninri Nitr "Le
Melts (Tranoportirovani.ye vy,-,o)~okont,-3ontriroviniik!i pl'ivov
ammiachnoy sclitry)
PERIODICAL: Khimichonkziya promynhIennont', 19569 TTr Ov
PP CA - 497 (US3R)
A.b!3T-v,'xCT: In the production of gr-rulated ammonium nitrate (I) a high-
ly concentrated (98.0 - 108, 57, ITH "
110 3) milt is conducted
1
from hi~~h-lyinC three-stage evaporators into the 6ranulation
colunns. To make it possible for the melt to flou of itself
the system has to be fairly complicated. To simplify desien
it has been tried several ti-nes to use special pumps for
pumping the melt. In order to solve the problem, appropriate
tests were carried out at the Stalinogorskiy khi;Acheskiy
kombinat (Stalinogorsk Chemical Kombinat) and the Ke7erovshiy
azotnotukovyy zavod (Kemerovo Nitrogenous Fertilizer Plant)
,
in rhich pumps of* the "Mor" and"Kh1111-6/3011 (Fi,--,ure) were used.
Card 1113 The investigations were oarried out vith melts of relatively

The Transportation of High-Concentration Ammonium sov/64-58-8-11/19
Nitrate Melts
low (93-0 - 95.01%) and higher (97-5 - 98,5~~o) concentrations.
In the Kemerovo Nitrogenous Fertilizer Plant the workers of
the TsZL and GIAP conducted extensive and carefiil investi-
gations. Evaporators of the "AS" system were used in this
plant. In the same plant a modification of the chrome steel
centrifugal pumps "KhNZ-6/3011 designed by the "Sverdlovskiy
mashinostroitelInn zavod (Sverdlovsk Machinery Works) was
tested in 1956. The tests were conducted by N. N. Artemlyeva
and N. V. Meshcheryakov, and the pump was changed in the GIAP.
The concentration of the melt entering the pumps is 95% NH 4110 3*
It is circulated until a concentration of 98.5% ITH4ITO3is
reached and is then conducted into the granulation columns.
"Hor" type pumps operating with a pressure of 6.2 atmospheres
pump melt of a concentration of 98 - 98.5% to the height of
37 m, their capacity being 16.6 cu.m/h. There are 1 figure
and 1 table.
Card 2/3

The Transportation of High-Concentration Ammonium SOV/64-58-8-11/19
Nitrate Melts
ASSOCIATION- Goaudaratyennyy nauchno-isaledovatellskiy i proyektnyy in-
stitut azotnoy promyshlennosti i produktov organicheskogo
sinteza (State Scientific Research and Planning Institute
for the Nitrogen Industry and the Producto of Organic Syrthe-
Big)
Card 3/3

KILI MAY. Ta. I.
Preventing the accumulation of impurities in industrial recircul-
ated water. Khim.prom. D0-7:601-602 O-N '59. (MIRA 13:5)
(Water supply, Industrial)

5.1300
'(8203
SOV/80-33-3-4/117
AUTHORS: Kil Iman, Ya. I., 1,',levke, V. A.
TITLE: Concerning the Use of Solutions Contaminated With
Ammonium Nitrate and Ammonia for the Froduotion
of Nitric Acid
PERIODICAL: Zhurnal prilcladnoy khimii, 1960, Vol 33, Nr 3,
pp 533-535 (USSR)
ABSTRACT-, The production of one ton of 55-58% HNO 3 requires
0.4-0.6 ton distilled water. The cost of water could
be saved if the condensed vapor that develops during
th~- production of ammonium nitrate from nitric acid
and gaseous ammonia were used for this purpose.
The substitution could also use the ammoni,,im nitrate
and ammonia lost in the vapors of nitrate production.
The condensate of these vapors, purified by sprayin-E,
over wet filters of air purifiers of ammonium nitrate
Card 1/3

Concerning the Use of Solutions Contaminated 78203
With Ammonium Nitrate and Ammonia. for the SOV/80-33-3-4/47
Production of Nitric Acid
production, -contained 10-12% N111IND 3* The solution
was then uled for the experimental absorption
o f' NC) +1~10_. Tt + Nlih reaction
was known that NO,
redtic,es part. of' the nitrogen to elementaiy state
either directly or because of the decomposItion
of freshly formed unstable ammonium nitrite.
reaction redUces nitrogen
'1- NHhNO
Similarly, the NO
2
3
to elementary state because of the decomposition
of both ammonium nitrite and nitrous acid formed
as intermediates. ExperimentIng under various
condition,-, (performed by B. M. Faber), the authors
found that the ammonium nitrite resulting from
the latter reaction does not decompose at low
temperatures, but nitrou--- acid does. Consequently,
twice as much N gets lost as the N content of NHOO 3
that reacted with N02, NH4NO3 remaining In the
Card 2/3 produced nitric acid makes concentration of' the latter

Concerning the Use of Solutions Contaminated 78203
With Ammonium Nitrate and Ammonia for the sov/8o-33-3-4/47
Production of Nitric Acid
impossible by either direct synthesis or dehydration
with H2so4. The condensed vapors of ammonium nitrate
production can be purified to a maximum 1% HH 4 NO3
in the condensate by a two-stage treatment: (1) H
substitution for the Ne,, of both NH Oli and NH4 NO 3'
4 4
resulting in NH4K (K stands for a complex insoluble
cation) and HNO 3; (2) Formation of RaN03 at the
expense of HNO where Ra is the organic part of anion
exchange resin~'insoluble In water. The purified
condensate can be used for the production of HNO 3
for limited purposes such as the treatment of
fertilizers, etc. There are 5 Soviet references,
SUBMITTED: May 25, 1959
Card 3/3

27517
S/08 60/033/006/034/041/XX
A.2/o2o D232YD302
AUTHOR.* Killmang YavI.
TITLE: Determining the boiling points of aqueous solutions
of nitric acid with Ammonium nitrate and urea nitrate
PERIODICAL% Zhurnal prikladnoy khimiiv v. 33, no. 6, 1960,
1$15 - 1418 Of
TEXT: In the single stage production rammonium nitrate preheating
of the reagents especially nitric acid, is a very important step,
pre-determining the concentration of ammonium nitrate. Neverthe-
less, initial preheating of nitric acid to temperatures exceeding
850C creates difficulties* owing to the corrosion of stainless
steel. The corrosion of stainless steel in dilute nitric acid at
relatively high temperatures is quite appreciable especially in
the gaseous phase. One of the indications of the action of ammoni-
um nitrate in reducing corrosion of stainless steel in nitric acid
at elevation temperatures is the electrochemical processes, rela-
Card 1/3
._x

27517
S/080/60''033/006/034/041/XX
Determining the boiling points D232/D302
ted to the rise in the boiling point of the nitric acid containing
ammonium nitrate4 The effect of urea nitratet magnesium nitrate
and other salts on the boiling point of nitric acid was investiga-
ted. The addi tion of urea nitrate was done following data given by
B.Yu. Rozman (Ref. 3: 0 termicheskoy stoykosti ammiachnoy selitry
(Thermal Stability of Ammonium Nitrate) ELIIVT, 1069 1957). Urea
nitrate appears as a stabilizer decreasing the thermal composi-
tion of ammonium nitratel The boiling point of the mi ture of ni-
tric acid with ammonium nitrate and urea nitrate was letermined
by the methods of L.M. Kontorovich and V.A. Klevke (Ref. 4: Tr.
GIAPt 7, 33t 1957). The data obtained was corrected to standard
pressure using the impirical rule Pmixture = const,. From this
Por water
data it is clear that with the addition of ammonivm nitrate, the
boiling temperature of the mixture increases, while *n the case
of urea nitrate, the reverse happens. This could be explained by
the fact that urea nitrate forms an acid compound of the type
Card 2/3

27517
8/080/60/033/006/034/041/XX
Determining the bolLing points ... D23-2/D302
NH2 - 00 - NH2 - HNO3 which is sparingly soluble in water and ni-
tric acid. This property explains the decrease in the boiling tem-
perature of the mixture of nitric acid with urea nitrate since
urea nitrate decreases the concentration of nitric acid. There are
2 figures, 3 tables and 7 references: 6 Soviet-bloc and 1 non-
Soviet-bloc. The reference to the English-language publication
reads as follows: J.J. Dorsey, Patents of commercial Solvents dom-
pany 2723183, 8.XI.1955.
SUBMITTEDt May 25, 1959
r
Card 3/3

KILIHAN Ya.I,
Some results of the activity of the Local Organization of the D.I.
~bndeleev All-Union Chemical Society at the State Institute of the
Nitrogen Industry and the Products of Organic Synthesis. Zhur.VKHO
6 no.4t461-463 161. (KUU 1417)
1. Predsadatell Soveta pervichnoy organizateii Vaesoymogo
Ichimicheakogo obai4chestva imeni D.I.Mandeleyeva pri Gosudarstvennom
institute azotnoy promyshlennosti i produktov organicheskogo sinteza.
(Chemical societies)

33443
5106JI621000100110061008
/CPO zlio/Bi3a
AUTHORt Killman, Ya.-I.,-Candidate of Technical Sciences
TITLE: Stabilization of the thermal decomposition of highly con-
centrated fusions of ammonium nitrate
PERIODICAL: Khimicheskaya promyshlennost', no. 1, 1962, 66 - 69
TEXT% For the production of highly concentrated NH 4 NO3fusions
(99.5 - 99-8~ NH4 NO ), evaporation has to be carried out atfm200oC, and
this may mean considerable N2 losses due to thermal decomposition. In
experiments at 165 - 2400C and 500 mm Hg, the inhibiting effect of differ-
ent urea additions (0.1 - 1.0% by weight of NH 4NO 3) was studied and some
of the physical and chemical properties of the solid substance. One cause
of decomposition being increase of free acid due to PH 4NO 3 hydrolysis,
variations in acid content of the fusion and pH no.of the medium were
studied in dependence on evaporating temperature and ',ime. 300 ml of
neutral NH 4 no3 solution of given concentration was heated to a given
Card 1/3
3311~
3 064/62/000/001/006/008
Stabilization of the thermal ... B110/B138
temperature for 2 - 30 min at 500 mm Hg. Then the condensate was re-
conducted into the reaction vessel to keep the concentration constant.
Fusion and condensate were analyzed for NU 4NOV HNO V NHY H2 0, urea
(urease method), and nitrite (by KMnO 4 in the condensate) content. The
concentration of the fusion was determined by the formalin method and
from moisture contents and pH was determined in a 10~ aqueous solution.
With 2 min at 165 - 2100C losses related to N2 are 0.11 - 0.19%. They
increase with evaporation time and temperature, reaching a maximum of 1.4%
at 2400C. With 5 min of evaporation, acidity increases slightly before
(2000C - 0.035%) and rapidly after 2000C. At 2400C, the nature of decom-
position changes and nitrous oxide forms. Acid content is reduced to
about 1/4 by a urea addition of 0.2% with 20 min at 2200C. With an addi-
tion of 0.1 - 0.2% at 180 - 2000C, a neutral fusion can be obtained even
with 30 min evaporation time. Additions of 0.,3 - 0.5% are sufficient to
stabilize thermal decomposition at 210 - 220*C. The pH no.increases with
urea additions. Additions of 0.1 - O.Va are recommended to eliminate
neutralization by gaseous NHY to obtain a neutral final product, and
Card 2/3

3~044 3
S 64/62/000/001/006/008
Stabilization of the thermal... B110/B138
improve working conditions. Agglutination was 6.5%0 with a urea addition
of 0-5~ and non-exi8tent with samples obtained at;~2000C. The
hygroscopic point was determined with an automatic electromagnetic
balance with particles 1 mm. The humidity of the samples was
determined by the iodopyridine method. The hygroscopic points measured
on particles 1 mm, remained constant and agreed with published
data. There are 4 figures, 3 tables, and 20 referencest 11 Soviet and
9 non-Soviet. The four most recent references to English-language
publications read as followai Chem. Eng, News, ~6, no. 34, 50 (1958);
Chem. Trade J., j_4.3, no. 3721, 724 (1958); G. Feik, R. Hainer, J. Am. V,
Chem. Soo., 76, 586o (1954); C. Borland, E. Schali, J. Ass. Offic. Agric.
Chem., ~L2, no. 3, 579 (1959).
ASSOCIATION: GIAP
Card 3/3

34720
5/ 13'7/62/0010/002/ I&V 14
3 r r A0,SO/A101
Zillberm,
D lr~ 2 Killrriar Ya -in, D. E.
F-LL- ccl-' 0-~ toil of I X i8H 9T (110il8N9T) steel in a mixture of nVric
acid and ammonium nitrate at high temperatures
Referatlvnyy zhurnal, MetallurL;iya, no. 2, !~)U'-", nbstrfict
1. el-lon. inform . N.-i. in-t te%hn,-Ohon, issic',i ,
N`n. -S"R 1 lrhimil", 19,31, no. 2, Jj - U
11.? ~flvesti&ILWII.; we're carried out upon
I 'fiv, 1"cre cz)rrled Out in
. rule IN-13
M
w!"h :~11 "Jifl..'Auro of 5, 10, "'Tut 2 1111140" Cor ~1 of ICC) hourr.
f 'r-) in 57~;,' 11N03
s' series of tests were carried out at bolling teviperature,
~'-T ho firzt 100 hours the admixture of NH4NO reduced the corrosion slightly,
, 1.- 3 - - 10, was VIV
_14 ---r on the corrosion of the specimens in the HNO 3 containing NF4N
Inci,7-i, j
The corrosion of 111[h18N91- steel In boiling WO is very great and
par,akez 3f a pit,ting nature. In the second series of tes~rj "I'Le zicid was not
to boil. The result of that test shows that 11(hISN19T steel rmay be

or Lon uf
~' v /. -
311 37A',21CrD/C',r, 'I r I'
)60/A 10 1
ACO
~ 1 1 of the Indicated corwenlrint!on ~0
Izc-d lln apparailus operating W'th M03
p~--a-...-es -ip -o 1000C.
I'At-racterls Comiplete translation]
L
ard

KILIMAN, Ya.I.
Nomogram for determining the thermal effect of neutralization
reaction during the production of ammonium nitrate, Kh1m.prom.
no.2:146 P 162. (MIRA 15:2)
(Amonium nitrate)
(Heat of reaction)

EILIMAN, Ya.I.
Role of the local organization of the D.I. Mendeleev
All-Union Chemical Society in carrying out the decisions
.9f the March (1962) Plemm of the Central Committee of the
CPSU. Zhur. VKHO 7 no,6:689 162a (MIRA 15:12)
(Chemical industries)

KILIMAN, Ya.I., kand. tekhn. nauk
More effective utilizaticn ol 1,1- of -1-:,l,,,,,rJ,U-l. Che?n1cal
reactions. Prom. energ. 1~) "" 'MIRA 17;2)

.-KILIHAN# Ta.
Develop voluntary principles. NM 5 no.8:53-54 Ag( t63.
MIRA 16t10)
1. Predsedatell soveta Voesoyuznogo khimichenkogo obshcheetva
imeni D.I. Mendeleyeva pri Gosudarstvennom nauchno-isoledovatell-
skom i proyektnom institute azotnoy pron7shlennosti i produktov
organicheskogo sinteza.

KILIMAN, YA.I.; ROZLOVSKIY, A.I.
For more rapid introduction of 'he achievements of science
and technology into the natioruAl economy. Zhur. VVO 8 no.3:
349-351 163. (MIPLA 16:8)

KILIMAH, Ya.1.
Activity of the board of the looal organization of the
D.I. Mendeleev A3.1-Union Chemical Society at the State Insti-
tute of the Nitrogen Industry. Zbur. VKHO 8 no-5:574 163.
(MIRA 17: 1)

KILIMAN, Ta.l.; KIEVKE, V.A.
Production of ammonium nitrate by the one-9tep method. Biul.tekh.-
ekon.inform.Gos.nauch.-isal.inst.nauch.i tekh.Inform. 16 no.8%
14-18 #63. (MIRA 161l0)

KILIMAN, Ya.I., insh.
Inhibition of the thermal deoompoBltion of ammonium Otrate
during its production. Bazop. truda v prom. 8 no.llt4l-42
N 164. (MIRA 18;2)

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( ~ '. T i,_." " - -. '. -, .,

KILIMIAN, Ya.l.
Pre~-ent st!tte and pr(spects for tt~c: 'ci,:.,',!it (-.'
fer~iliver production. ~',hur.
2 575/ 1) '04 -

41~
pap
qg~
RNM
gisk :y
--14i
14
IT
Lill
MIT.. As- K
A, WJ.
"A-A
Ij
Nc
vo

KILIMAN, Ya.I..
Boiling points of nitric acid and amonium nitrate solutions at
various pressures. Khim. prqm. 40 no.11044-845 N 164
(MIRL 180)

KILIMAN, Ya.l.
Theort-tical princilAra of thp nuutroh-,iAlor of armordum nitrate
prodvotion. Uzb.khim.zhur. 9 no.lt23--30 165.
1. Gosuders-tvonnvy naudhno-J.sslr4c)vatsl'skiy-i proyektnyy institut
szotnoy proWshl(vinxioiti i pr,)duktnv orpnicheskogo sintpza.

KILIMAMVI R.
-- --- - - - - --
Stiving timc at Pv(,-ry working cycle. dor. 28 no.lffl
Ja 16 5. (MTRA 18-.,4)

V~ ) 0 [y) () -~ C -\/' f ~-) F:
.
I
LIVITAN,I.I.; KILIMATOY.R.F.
Organizing high prodoction. vork in asphalt concrete plants. Avt.dor.
18 no.4:4-6 Jl-Ag'55. (KM 8:11)
(Asphalt concrete)

KILIMA OV RuRt SILAKOV, D.R., redaktor; KOGAN, F.L.,
- tekhnicheskiy redaktor.
[Highly productive work in a9phnIt concrete plants] Vysokoproizvo-
ditellnaia rabota nefal'tobstonnogo znvo4a. Moskva, Nauchno-tekhn.
izd-vo avtotranap.lit-ry, 1957. 60 p. (MIRA 10:11)
(Concrete plants)

KILIMATOV, R-F-.inxh.
Promoting use of gas in asphalt-concrote plants. Art.dor. 22
no.1:9-10 Ja 159. (MMA 12:2)
(Gas industry) (Asphalt concrete)
t

KILIM,AT-OV, Rustem payzulgayanovich; TAKOVI-A&VA, A.I., red.; HIKCLATVAs
j~6t.,'t~ekhn.red.;'GAMKTIONOVA, Ye.N., tekhn.red.
[Using gas at asphalt-concrete plants] Gazifikatsiia asfal'to-
betonnykh zavodov. Moskva. Hauchno-tekhn.izd-vo X-va avtomo-
billnogo transporta i shossoinykh dorog RSFSR, 1960. 62 p.
(MIRA 13:7)
(Goa as fuel) (Asphalt concrete)

KILIMATOY, R.I., insho
Using small doses of cement* Ayt. dor. 23 no.4:9-10 Ap 160,
.4Tatar A.SeS.R.-Roads, Gravel) (MMA 13:6)
1*

KILIMATOVY.R., inzh.
Striving for a high productivity. Avt. dor. 26 no.6:3-4 Je 163.
(MIRA 16:8)
(Kazakhstan-Road construction) i

KILIMATOV, Rustem Fayzulgayanovich; ILIINA, L.N., red.
--
[Foundation beds of materials compacted by cement] Osnc~
vaniia iz ukreplennvkh tserentom materialov. Moskva,
Transport, 1965. 60 p. (MIRA 18:3)

-,KILIMATOV, R.F., inzh.
Diprove the planning of road construction work. Avt.dor.
28 no,8:25-26 Ag 1659 (MIRA 18-011)

KIOMAYEV B. (Novocherkasak)
I
-e
Andimtrial aeathaties in the desing of electrio looomotives.
Tekh. eat. no.4:32 Ap 165. - (NIRA 18s6)

I, -era. P. f
'it"r of w7i.-
Praha. "Tol. 3r, no. Juno I",)
st :~=poan ~cc-nnions Li:~t, Vil. 5, nf .

KILMENK . TASINA., -L.F.
Protein and nonprotein nitrogen of the reen bulk of lentilo and vetch
at various phases of their dewe,en,~ Trudy po khIm, irod, soedo
no,3:65,-74 16RO FMIIIIA 16:2)
1. Kishinevskiy gosudaretvew*7 universitet. Laboratoriya khimii
* b&.1ka.
(Legumes) (Plants-Chemical analysis) (Nitrogen)

KILIMETOT.I. _prep"ay&tqj'
1--7
Save machinei7. Prof,-tekh. obr. 18 no.9323 8 161. (MIRA W11)
1. Shchuchinskoye uchilishahe mekhanizatsii sellskogo khozyaystva
No.40; Kokchetavskays. oblast'.-
(Kokchetav Province-Pam moohanization--Study and teaching)
A

ACC NR: AP6027235 SOURCE CODE: UR/O log /66/011/008/1436/1440
AUTHOR: Kolesov, L. N.; Mckhantsev, Ye. B.L_ etov, R. S.;
Shapovalov, V. I.; Zhuravskiy, V. L.
ORG: none
TITLE: Calculation of characteristics of distributed R-C -NR- structures having
p-n -junction -type nonuniform capacitance
SOURCE: Radiotekhnika i elektronika, v. 11, no. 8, 1966, 1436-1440
TOPIC TAGS: pn junction, circuit microminiaturization
ABSTRACT: A complete approximate matrix is set up of admittances of a non-
uniform structure (see figure) consisting of two resistances separated by a
reverse-biased p-n junction. In practices such a structure has been used in
component microminiaturization, and one of the resistances has been represented
Card 1/2
tkCC NR: AP6027235
539.293.011.41
C(X)dX by a semiconductor supporting base. Although
several nonuniform structures have been analyzed by
other researchers (e. g. , P. S. Castro, Proc. Nat.
El. conf. , v. 19, 1963), they cannot represent the
p-n junction. The transient response of such a p-n-
7- 1 U, V junction - containing structure is investigated using
differential and integral circuits as examples. The
transient - re spons e theoretical curves are corrobo-
dx I X rated by experimental Curves obtained from a p-Ge
specimen acted upon by 30-neec pulses. Orig. art. has: 4 figures and
17 formulas.
SUB CODE: 09 / SUBM DATE. 30Mar65 / ORIG REF: 000 OTH REF: 003
Card Z/z
r

KILIMETOY
starshiy tnth.; -KOVALEV, A.V., starshiy inzh.;
----~RKWTSEVI Ye.Bo, arvirant
The First Interuniver-a ty Conference on Subminiaturization of
Electronic Equipment. Izv. vys. ucheb. zav.1 radiotekb.
no-4:538-539 Jl--4g '62. (MIM 16:j
(Miniature electronic equipment-Congreases)

KILIMETOV, R.T., inzh.
" ~--, -
Oar practices. Stroi. pred. neft..prom. 3 no.4:28-29 Ap 158.
(Oil fields-lquipment and supplies) (MM 11:5)

EIL14CN YR. D.
FA 32/49T28
USSR /Nngifieerins Jun 48
Boilers
Fuel - Conservation
"Letter to Editor on Professor S. V. Tatishchev's
'Efficient Methods of Burning Peat in Boller
Installations,'" Ye. D. K11mcn, EnV, Head, Boller- i
vorks-, Klintsovskiy Plant, Former Worker In lryanak
GRES, i p
"Elek Stants" Vol XIX, No 6
CrIticizes various erroneous statements In
Tatishcher's book.
lip 52/49V8

KILMUV,, Ye.N... inzh,
Using aelf-regulation in the cooling systems of internal combustion
marine engines. Sitdontroanie 28 no.11:36-37 N 162. (MIRk 15;12)
(Marine diesel engines-Cooling)
-_KILMOVA,p Y~. .. insh,
A universul MU-3 thrasher-crusher. Tzukt. i aellkhozmash. 31 [1.9.32]
no.11:34-35 N 162. 04IRA 15:12)
1. Vaesoyuznyy nauchno-issledovateliskiy institut sellskokhozyVstvannogo
mashinostroyeaiya.
(Corn (Maize)-Harveqting) (Harvesting machinery)

YNGOROV, K., Budlya vseooyuznoy kategorii; GONCHAREHKO, V., absolyutnyy
chempion Ukrainy po planernomu oportu;_KILNA - EPERMANIS, Z'
In soaring flight. Kryl. rod, 16 nos937 S 165. (MIRA 18:12)
1. Nachallnik Liyapayokogo obehahostvennogo kluba (for
Epermanis).

ACC NR, AP7003597
AUTHOR,: Kilna, A. A.
W6
SOURCE CODE: IJW02 C1bWj66j6f4i10200
ORG: Institute of Physics and Mathematics of the Academy of Sciences of Lithuanian
SSR (Institut fiziki i matematiki, Akademii nauk Litovokoy SSR)
TITLE: Reliability of magnetic tape memories
SOURCE: AN LitSSR. Trudy. Seriya B. Fiziko-matematictieskiye, khimicheskiye,
geologicheskiye I tekhnicheskiye nauki, no. 3, 1966, 191-200
TOPIC TAGS: magnetic tape, reliability engineering, Co lv~
ABSTRACT: By lumping together noise associated with magnetic tape quality, inherent
noise of signal processing circuits, and noise caused by mechanical source3 such
as flutter and tape-head channel crosstalk, the author expresses the reliability of
digital tape readers as a function of probabilities of misreading 0 and 1. Assuming
that tioise follows a normal distribution pattern, the author shows that the probabil-
ity of tape reader failure is a function of discriminator-threshold-level discerning
between 0 and 1, and that this probability has a minimum and maximum value. A
probability of failure for reading a random code Is derived. These results are
used to evaluate the reliability of the BES14-2M computer tape memory system. A
method for finding the actual distribution of signal and noise amplitudes in this
system is presented. For the former, a known random code was read by a discrimina-
tor whose threshold was lowered from the nominal working level. The information

ACC NRII AP7003597'
obtained was processed on a computer which determined the failure frequencies.
Ilie distribution of noise amplitudes was obtained analogously by raising the dis-
criminator threshold. The reliability of the BESM-al tape reader is found for both
working and optimum threshold levels, indicating that they were not the same. Orig.
art. has: 39 formula&, 2 figures, and I table. [RD]
SUB CODE: 09/V/SUBH DATEI 19Apr66/ ORIG REP: 004/ OTH REP: 003/
~;TA__Z4 -

KILOSOVA, A. A. and MEYEROVICIM, L. A.
Teoriya Tzepei i Proektirovtuiie Usilitelei s Obratnoi Svyazyu (Network Anallyi)is
and Feedback Amplifier Deoign), Edition of Foreign Lit., moscow 1948.

Vol,
Y 7 J'ro(~ 1 f j I, I Y
I PL Ye
Frocluction of fodder and defluorinated fertilizer phosphate.
~jlim. prom. 41 no.1.18-22 -Ta 165-
ClIlil 18:")

KHISHCHUK, A.A.; BUCHINSKIY, Yu.L.; ROGACHEV, Ye.N.; VORONIN, V.A.;
XIU-GIiIT4!T,-N.G.j LISKONOGO N.G.1 CHEVKOV, L.V., red.
izd-va; OVSEYENKO, V.G., takhn. red.
[Practice of constmoting headframes] Opyt stroitel'stva
bashennykh koprov. Moskva, Goagortekhizd&t, 1963. 82 p.
(mim 16W
(Mine buildings)

KnWANIMSp N.M.
Bacteriology In endocarditis. Trudy Tbil.GIDUT 6063-368 '62.
(MMA 16:2)
(ENDOCARDITIS)' (BACTEUOI=p HEDICAL)

'0
A0 C A..LJ. L.A-A-AL-1
OOA
*Olt
e0
0
*0 a
9
U 14 0 6 p 31 0 0 a 0 a 4
4-t-11 4 A.-

00 The Hydrlston Gvf"w
be '"1141ary 501miSM'" tbo LOW tkvtmdt and
AchL J~ RuWjn.) fttw of LOW in Sulturk
1-~ M-W"
d N
0* -an
Rune,
Journ
f phyfiew chemaiiii v
21
S
.
no.
.
. 1947, p. &31.587,
of v rtferenen.

4!

A NITALLUACK4L UTEMM411 CLASSIM""C"
loins) "&t
age U 5 AV 10 As 04%- -an ki 4
pe 9 'D 0
.100 0 *' 0 : * 0 0 0 0 #1* 0 & 4
IA I I I ?W 39 C
ft.,
-00
-oo
.00
100
0
We
boo

nit Init A.Y,-?
38863-66
t
Ir W1 /-,Itrwjk I LVK%%~j -1 -f
EwPtj)
ACC NRt AR6oi5q14 SOURCE CODEt UR/0081/65/0(>0/022/SO65/3065'
AUTHORt X111p, Yu. L.; Glizburg, I, L.;.Batova, N. I.; Andreyev,, Yu. Ye.
TITLEz UltrasonitweMLneof produots made of thermoplastics IV
SOURCEZ Rof. th. Khimiyap Abs. 223390
REF SOURCEs Tr. N.-I. takhnol. in-t, vyp 89 19649 98-102
TOPIC TAGSs thermoplastic materiall, ultrasonic welding A:)&-eiin?,0F.1 eFS,A)
VJ4AeZ)AJF , JrPRC-Ape, CnPoAy,77Ee , A:)1-Ya7'3-'A'eAj1
AWTRACD Ultrasonic welding of the following thermoplastiop was studied; polyamide
resin 68 j, cast a f brand Vs styrene copolymer (SNP-2) polystyrenephilh-sirtnVA
polystyrene. The study established the feasibility of welding thermoplastics with
ultrasound; the unit UZAP-2 was tallt for this purposop and its technical data are
cited, The unit has an acoustic feedback for the automatic fine tuning of the gener-
ator frequency to the natural frequency of the transducer and for stabilizing the
amplitude of oscillations of the Instrument. The welding was carried out at ampli-
tudes of ultrasonic vibrations of 15-25 mg forces pressing the instrument to the
part, of 20-150 kgy and a time of 1.5-6#25 sec. The strength of joints made of high-
strength po":Yrene was 4 times gTeater than that of the base material (60 instead
of 13 kg/cm,). A series of data are cited on the strength of weld jointsJ5'details of
the process,. and design of the inutruments. The main advantage of the ultrasonic
welding of plastics is the liberation of the maximum amount of heat In the welding

L W363-66
ACC NR,
zone without overhastiM of the i AniM mass of the part. A. M. (TranalAtion of
abstract],
SUB COE61 11

UMq/ Ge Prublenis Of 1~atlliology - T
Abs Jour : Ref -.hur - Biol., 14,) 4., 1-958, 17154
Author : Killpa, G.V., lx-,~)Vskikh, A.V.
Inst :
T-Itle The Re~,ction of Chickea- -,,:, ',lubcutaneouz- or
Injectiont, of Tur-,-)eritinc.
5b. rviuchn~) - iosled. LUd. '.1t,1Vr0)0j.'Gk. -:h.
in-t, 1)5(), vy.-.. 4,
.'bstr,.-ct No
C:~rd 1/1
14ITSIO Z~AKAIflnj; SOICIII ?,11()SOI; BAKLIs A.R.; PARKIDSON, U-;
1TKINSO G.B.- PEMYUS011, D.D.;
r -
I-LUMM Amon; TAI-MIF-l'. Mauro; 1SK-,1J1k,,.Rub9ns,! 'JII!-'R, Armando
Significanco of the Fifth World Trade-Union Congress to the
workers. Veam. prof. dvizh, no.8:7-14 Ag 161. (MIRA 14:8)
le Chlen Ispolnitellnofp komiteta mestnoy sektsii v Niieat&s
Yapon.iya (for Mitsuo Hakamura). 2. Chlen Mentrallnoeo
iopolnitellnogo komiteta profsoyuza tradyashehikhsya
gosudarstvennykh zheleziiykh dorog.. Yaponiya (for Soichi Ehosoi).
3. Generallnyy sokretart Federatsii kotel'allichikov Avstralii
(for Bakli). 4. Predsedatell Avatraliyskoy federats1i gornyakov
i trudyashchikhoya shifernykh predpriyatly (for Parkinson).
5. FederalInyy selcretart Assotsiatsii kuznetsov Avatralii
(for Atkins). 6. Sela-etartkamachey Avstraliyakoy asnotsiataii
parovo=ylch mekhanikov i inashinistov (Novn Yuzhnyy Uel's)
kfor Pergvuson)~-7. Sekretarl Avatraliyukoy federatsii
rabotnikov promyshlonnosti po proizvodstvu a]Jtogoltnykh
napitkov i rodstvennVdi predpriyatiy (sektsiya Yovogo Yuzhnogo
Ueltsa) (for 14akveyg). 8. Sekretarl profsoyuza kamenshchikov
Finlyandii (for Killpinen). 9. Sekretart profsoyuza vodolazov
Finlyandii (for Ta=Jnan). 10. Chlen Ispolniteltnogo komiteta
Vsemirnoy federatsii profsoyuzov (for Iskaro). U. Vitse-
predsedatell Hatsionallnoy konfederataii bankovskikh sluzhashchikh
Brazilii, predsedatell Federatgii bankovskikh sluzhashchikh shtata
Minas Zherias (for Ziller). (World Federation of Trade Unions-Congressea)

KI L; TIO t'l - N -
26011
N.N. utryennyaya ffamastika v starshyay !,mpFye, doshkol. Vospitaniye,
-~949, NO. 8, C. ('~Il
So: Letopis' No. 34

KILIPIO, N.N.
[Gymnastics and active games In the kindergarten] Zaniatiia p mmati-
~i
koi I podvizhnymi igrami v detakom sadu; is opyta raboty. Moskva,
luchpadgis] 1954. 87 po' WaA 8-3)
(Physical education for children)

_
7-7 7,

Olt

.4j~
P
.
IN

J;r

KUMILIMOV, I.P.; MARTINA, U.S.- KILOWNDT, K.K.-, KHALICPA, V.H.-,
NIKITINA. L.F. kz~~
Removing the sulfuric acid fog. Trudy M no.54:103-116 159.
(KIR& 13:8)
(Sulfuric acid) (Gases-Purif ication)

:,'IL3UR3?:[, D.; PAT~G'V, N.
-- ------- ~ ~
"Electron m.croscopic observation on f-cneiis of cobalt-aluziLinum oxide
catalyst. 1. Effects of thermal treatment." In Enj,lish. p. 25,
DOK-TOY. SoMa, Bul.-aria, Vol. 12, Nio. Ij, Janunry/Februvry, 1959.
i~onthly List of &-ist European Accessions MAI), W, Vol. 9, !~'o. 2,
February, 1960. Uncl.

0 it u u u It 10 11 V,
AP P 9 U U 31 11 IF V P 0 84
49 41 0 Ja 4
-I-

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elf
-
re
;
k w
l
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o
i
e
aroerso
lod"WA of Ojectrolytes; up- t
d -40

*4 ,
oicadvaivisawwItle
& S, it.) 13. 4M- M'Hn Orroun.'
J. Applia Chm, (U,.
i
h
h
k
t
in
wtwtvu t
Iviat
trcidincolz e t
t

t & wave of Cd and Its coacn. was cAw-Tv-1 in 401L of

l N znch and ZnW., whik the - I. at C4

le
l I-
2.5 X 10-1 - 12.8 X to /cc.
I* FAmc
00 a friation wal Obvirved for Pb (at (vacn. 2,41 X, It,
A
i
A O
n ~vucn
tAuge
In KCI and ZuCt..
:11).0 X 10
*00 I of 90 tfum 2.0 to 0.1 woIJI, did not offect tile briAill 4
0013 , a wave of Cd at Pb, but decmax in colleff. of znclf or
di
i
h
zoo
mens
on
e
U504 Incumd do wsvts of Cd at Pb. T
of a wave of Cd in equiawla sains. o( KCI. ZuCI, and
got
0031 roomed. ThcPbw&%*cinO.45
ZnSO, docivased In the tg&
CI
zoo
M (WA k") zach solo. was less than to IL "a. of X
ofthesomemolarity. FordetS.CdamjPbInZucmnt%Is.,
too
the stAndad voins. shotd.1 be psepd. in "as. of Zn of
the same motatrity as tho* ot the unk-tiown, A. A. 11. zoo

x
Is a
j

11i Att-ILA MIALL.110C.I. LITIpAlijet CLASINFICAvoca
boo
go

"Is's
W11111111
$b"I'a .41 a., off
Is
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0 01 9 it it U It it MO ft 1 14& An A It 'w 0 0 1 1 Is a, I a
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a
NoWmalift of dii adMe and S" In UWFMO bY -00
NOW. 11. 11. Markind. A Killer

all
.00

0 So j mi. of 10% HOAr to I I. of lithe-
o AM 9
23 min.. ond, fte"trall" with cutc I.
to a mist. colitt. 2.h% NH# and 101'o, 00
We# allow to will#
f Aw
11
i .00
t
.
and withdraw 10 mi. To this W N&A.
fffs, o
1-2 mi
Tb

OO
M as
Step polo. and take the polarostam.
d standard Zn Kill, and talm the pub
w
IMUO/
nA
10
UO - Mot. Coke.
0041r,
-
o
t-
like ZnO from
e
basJul w1ocso so, b S. of Zot in btandard. 6, I s height of roo
soll- Of 100 11001111,. A4 11414411t of wavO of 94n. with the
Standard. 11 is Vol. of test "An.. #I Is Va. of test sairl. +
st"tivd. and to it. of lithiopow sampk. Dow of lpt,V,
Add 20 ml. HC1 (1.12) to 0.3 S, lithoponr, boil to elpol
Hog and toward the ism &M it few drotto o1cowd. HNt),or
4lo(KC-1(h. W.Wit a small atnt. at Water, fill rr.

hcPPt bY&MMA6012 111"walbilocilbefilier
coo
with water ;;;is. HoSO., Q finally with diod. water.
I.M. witb watei to 12W mi. vQ! this own. for the
coWnwrk d
t
f F
d
MV
f
see
e
a. o
e an
&
or the putaro.
pen
fSPhic drill. W Zu. Tb* PPL Is listed for dttg. II&SO..
0del
total
t
f Z
So
a
i
f
.
am
. o
n noutr
. o
w
m
the Wn. with
roard Nils to methyl orange. add 33-40 ml. of a mist. of
2.3% NHs and 10% NH.CJ and dd. with water to JoLl ml,
CS69
Tot" add Na.Sot, glue and
6 wilbOut the stw-",d and with
ISTAMSISK44, ClIATijo; lb- take the peLotrogn..
be Standard.
woo
taluej "to-OMv M a it.ill 0.. a-, Ali tool
" , , I 'A a I a no 0 a a I if 10 1 a a 3F--T 0*1
to a
; a ; & A 'ju so I a a 7 4
1
t) U a AV
. . . . . . a , I
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 *[Io 0 0 0 a 0 0 0 0 0 a 0 a 0 0 0 0 0 0
0 0 0 a a *
0 0 a * 0 0 0 0000 0 0 * 0 0 * 0 & ", - 0 P-o 0- 0 0 0 0 00 0 0 * 0 0 0 0 0 0

In
~Olet'vu.'! ~m~ Of c
110 AI.Oqp'~1111-1 li* 'i
terferes with tjle dett). Of Cu.
a the formation of a stable,
colorlcss complex (Fcrs)3- which does not react with iodine.
The Cu in the ash, having bevi converted to the nitrate, W
treated.)sith a buffer soln. (I part X X-aOfI and 0 parts
AcOJI) and 8-10 drops of satcl. NIII,P. While stining 0.2
g. of KI is added and the iodint titrated with
IJLenvnit~-

SHUMOV, P.V., kand.tekhn.nauk; KILITER, A.Ya., 'Lnzh.
Method for qunntitativo determination of unngnnene content in
viscose cellitlose. Trudy LTITSBP no.8:120-122 161. (MIRA 16:9)
(Woodpulp--Analysis) (Manganese-Analysis)

KILVELiM, F. ; SZABO, J. VIMER, E.
------
Establishing the structure of aromatic esters of thiolaulfunic acid by a chemical
method. I-I. Reaction of aromatic esters of thiolsulfonic acid and of anhydrides of
sulfenic acid with chlorine. In German. P- 373- Vol 6, No 3/4, 1955. ACTA
CfMUCA. Budapest. Hungaryj
So: Eastern European Accession. Vol 5, No 4, April 1956

MUOV, Romir Nikolayevich; MASLENOK, Boris Arkadlyevich;
Oleg bponidov.ich; DEShURNIKOV, A.I., inzh,, rt--tsenzent;
SULM'Ev, A.V., kand. tekhn. nauk, retsenzent; ALIKR'OVICH,
A.V., nauci-in. red,; KIMMT, G.S., red.
[Drive.,, of tho control system of power- gene rat i ng iTzrine.
nuc2p-,Ir reu~ctorsj Privody reguli. ru iusl,chi 'Ilt su,&x-,
vykh atommy'Kh enargaticheskikh reaktorov.
!Iudof;troenle, 1965. 250 P. (MLILA 19:1)

KILLICIfKOV, A-i P.
Cand Tech Sci
Dissertation: "Conditions for Employing the Ascending Method of Extracting
the ;ayers with low Slope."
27 Oct 49
Moscow Mining Inst
imeni 1. V. Stalin
SO Vecheryaya Moskva
Sum 71

KILYACHKOV, A.P., - ndidat takhnichook-lkh nauk.
Mining thick, inclined seams In Pushun, China- using h raulic
filling. Nauch. trudy NGI no.16:115-125 155_1~over '56r.
(China--Hydraulic minLng) (HLRA 10:4)

KILYACHEOV,A.P.. kandidat takhnicheakikh nauk
Determining the cost of vertical shaft sinking. Ugoll 30 no.10:
16-19 0 155. (MLRA 8:12)
1. Moskovskiy gornyy institut imeni Stalina
(Shaft sinking--Accounting)

SHRYNHAN, Tulty Genrikhovich, NYAN, Vladimir XikhL-71ovich; JLIMAgjXff,,Aj,,.
otvatetvannyy radaktor; SHUSHKOVSKATA,. Ta,L,, redaktor Watelletva;
HADNINSKATA, A.A.. tekhnicheekiy redaktor
[Mining problems; opening and systems of working coal fields)
Zadachnik: po gornomu delu: vakrytie i aistemy ratrabotki ugollnykh
mostorozhdanii. Moskva, Ugletakhtidat, 1957. 183 p. (MLRA 10;9)
(Coal mines and mining)

KILYAGHKOV, Aua~oliy_.~p),Fr ,, ; VOSTROV, I.D., otvqtstvennyy redaktor*,
. 'e"
Siu~VSKATA, Te. .. reclaktor izdatelletva; VINOGRADOVA, 'G.T.,
redaktor isdatelletva-. ZAZULIUATA, T.Ir.. takhnichaskiy redaktor
(Opening and systems of working coal deposits] Vekrytie i sistemy
raxrabotki ugollnykh sestorozMenii. Hosirva. Ugletekhizdat, 1957.
391 P. (XLRA 10:9)
(Goal mines and mining)

lip-, 4 '~z C' ,/- - " -, ~'- L "_
~ , ..), ~' I
SONIN. S.D., prof.; SELETSKIT, R.A., dots., kand.takh~.nauk;-.KILTACHKOV.---.-..-
A.P., dots., kand.tekhn.nauk; CHEWAK,.I.L., gorny-, Inzh.
Analysis of certain basic factors hampering the growth of labor
productivity in Donato Basin minas. Ugoll 32 no.12:9-13 D '57.
(MIRA 141)
(Donets Basin-Coal mines and mining)

SHMHKOVSEAYA, To.L., rod. izd-va,;
__!L
VINOGRADOVA, G.V., red. izd-va,; ALADOVA. To. I., takhn. red.;
WHILINA, L.N., tekhn. red.
(Opening ooal'deposital Takrytio ugollnykh mestorozhdanii. Moskva.
Ugletakhisdat, 1958. 56 p. (MMA 11:12)
(Coal mines and mining)

VOROBIYEV, Boris Mikhayloviche BOBYLEV, Aleksandr Petrovich,-KILTACHKOV, A.P.
otvqred.; SHUSHKOVSKAYA, Ye.L. red.; VINOGRADOYA, G-V., red.;
ILOINSKAYA. G.M., takhn.red.; TERPIGOW, A.M.0 red.
[Fundamentals of mininer) Osnovy gornogo dela. Pod obshchel red.
A.M. Ternigoreva. Moskva, Ugletekhizdnt. 1958. 120 D. (MIRA 11:9)
(Mining geology)
(Mining engineering)

SBLNSKIY, R.A.; ~A-P-
Comparing the panel- and modified lonvall development systems
for single flat seams. tTgoll Ukr. 4 no.1:36-39 Ja '60.
(Coal mines and mining)

KILYACHKOV >olij Petro-vl_qh-. B(KITP B.V., prof.; SUMOVWAYA9
Te.L., otv.red.; VIROGMOVA. G.T., red.ixd-va; SABITOT, A.,
tekhn.red.
(Opening and mining systems for coal deposits] Takrytis i
sistemy rasrabotki ugollnykh mostoroshdanii. Isd.2., parer.
I dop. Moskva, Gos.nauchno-takhn.izd-vo lit-ry po gornoma
delu, 1960. 514 p. (MIRA 14:1)
(Coal mines and mining)

KILYACIIKOV, A.P.; OGINSKIY, Ye.S.
Relation between the rate of advance and the miner's lator produc-
tivity in the face. Ugol' 36 no-7:35-38 JI 161. (AURA 1.5:2)
(Coal mines and mining--Labor productivity)
4.

TYUZNKV, K.I., dotsent; KIRICHMO, V.I., gornyy inzh.; NIKONOV, A.F.,
gOrnYY insh.; C13RNrAy&V, V-I.,--9orrO7 inzh.; SONIN, S.D.,
prof,; KILYAC1]KOVp,A,.P~_~_d9t#9nt; DVPKO# IsSe, gornyy inth,
Readers' response to A.A. She-in, A.M. Belenakii and A.V.
Galkints article "Pillar methods of mining flat dipping seam
without undermining the aide walls in development workings."
Ugoll Ukr. 6 no.2:36-41 F 162, (MIRA 15:2)
1, Novocherkasokiy politekhnichookiy institut (for Tyuznev).
2, Treat Sovetokugoll (for Dudko). 3. Donotakiy nauchno-
iseledovatellskiy ugollnyy institut (for Kirichenko). 4. Gos-
udaretve=yy inotitut po, proyektirovaniyu shakhtnogo stroitell-
..atva kamennougollnoy prcmyshlemosti (for Nikonov). 5. Ukrain-
skiy filial Voesoyuznogo nauchno-isoledovatellskogo marksheyder-
skogo institute. (for Chernyayev). 6. Moskovskly gornyy institut
(for Soninj, Kilyachev).
(Coal mines and m3nin
(Shamin., A.A.) (Belenakii, A.M.) (Galkin, A.V.)

SONIN,, S.D., prof.; KILTACHKOV', A.P., dotsent
Dkermining the optimum length of a working area across the pitch
in developing a mining area by layers. Nauch. trudy MGI noo38:5-
31 161. (MIU 15:10)
(Coal zineo and mining)

KILYACJ'ffO1T,, L.P., dotsentp kandptekhnonauk; OGINSKIYO YeeS.p aspirant
- -- r
Relation between the rate of advance and the produotivity-of a
minor on a longwall. Nauoh. trudy MGI nos38:147-166 161,
(MIRA 15:10)
(Coal mines and mining-Iabor productivity)

OGINSKIY, Y993.# aspirant; XILYACHKOV J.P.,, dotsent
Relationship between the productivity of a miner on a I ongwall
and the stage.9f ainirig, Nauch, trudy MGI no,38.-t2l-223 161*
I
(MIRA 15:10)
(CcCl mines and mining-Iabor productivity)

KILYAGHKOV, A.P.
Readers' response to the article-by V.N.YliorJn "O,terall mechani-
zation of stopes in coal mines."; "Ugoll", 1962v NO.3. U9021 38
no-3:59-60 Mr 163. (Mil-RA 18: 3)