SCIENTIFIC ABSTRACT LIPKIN, D. S. - LIPKIN, YU. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000930020016-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AUTHORS: P.S. 160
Zg. (Teplotekhstantsiya), Bukhantsev
J~iRkin,
_
,
and Potapov, V.I. (Magnitogorsk Metallurgical Combine).
TITLE: A decrease in the resistance of the heating system on
coke ovens of the PK-49 type. (Snizheniye soprotivleniya
otopitellnoy sistemy na koksovykh pechakh PK-49).
PERIODICAL: "Koks i Khimiyall (Coke and Chemistry", 1957, No.3,
pp-30-33 (U.S.S.R.)
ABSTRACT: On the Magnitogorsk Metallurgical Combine new coke
ovens of the PK-49 type were built which were designed
for heating with blast furnace gas only. Their
characteristic features are: lack of conduits for coke-
oven gas; doubled regenerators; divislon of oven walls
into six sections, each of which consists of 4-5 heating
flues joined to one reverse flue and separated from
neighbouring sections by dividing walls in the
horizontal flues. The resistance of the heating system
was found to be so large that the existing draught was
insufficient to permit 14 hours coking schedule. In
order to provide the necessary reserve in draught
available a 4% addition of coke oven gas was introduced.
In 1956 a further increase in the available draught
became necessary (lack of coke oven gas and a decrease
in calorific value of blast furnace gas3. This was
achieved by opening the top dumpers in horizontal and

6.
A decrease in the resistance of the heating system on 161
coke ovens of the PK-49 type, (Cont.) -
reverse flues and a decrease in the size of the bottom
dumpers. The above measures improved the heating of
the top part of the oven charge. Further decrease in
the resistance of the heating system was found to be
limited by incorrect calibration of the grating.
There are 4 tables and 3 figures.

68-5-4/14
AUTHORS:Lipkin, D'.S~., Kapellzon, I".T., and Miroshnichemkol A:.K'.
TITLE: From exp nee in replacing anchoring column on coke ovens
in the Magnitogorsk Metallurgical Combine. (Opyt zameny
ankermykh kolonn na koksovykh,Tsekhakh Magnitogorskogo
metallurgicheskogo kombinata).
PERIODICAL IlKoks i Khi ivall (Coke and Chemistry), 1957, No".5,
pp.19 - 24 (U.S'OS'.R.),
ABSTRACT: Prededure adopted in the Magnitogorsk Combine for replac-
-ing bnck staves and reinforcing frames from the coke side
on two batteries is described in some detail and illustra-
ted with diagrams'. There are 7 figures..
ASSOCIATION: Teplotekhstantiya and Magnitogorsk Metallurgical Combine.
AVAILABLE:
Card 1/1

I I , , 1-1 ~ if I
L L TI TVfI.-v "', j
68-1-8/22
AUTHORS: Seppar, A.M., Bukhanets, P.S., Ashikhmin, F.V., Lipkin, D.S.
and Zolotukhin, A.I.
0ITIE: Automatic Control of Heating Conditions of Coke Ovens
(Avtomaticheskoye regulirovaniye teplovogo rezhima
koksovykh pechey)
PERIODICAL: Koks i Khimiya, 1958, No.1, PP. 30 - 35 (USSR)
ABSTRACT: Basic theoretical calculations and results of the
operation of the .60.5 (automatically controlled) and No.6
(manually controlled) coke oven batteries on the Magnitogorsk
Metallur~ical Combine (Magnitogorskiy Metallurgicheskiy
Kombinat) are described. The diagram of the automatic control
used is given in Fig.l. The scheme was proposed by F.V. Ashi-
khmin, head of KIP and Automatics of the MMK. The control of
heating conditions was based on the following principles:
1) the content of oxygen in the waste gas was kept constant by
variations in the proportion of coke oven gas supplied to the
mixture of coke oven - blast furnace gas. 2) The total volume
of coke oven "d blast furnace gases used for the heating of
the batbery was kept constant. 3) The calorific value and
composition of coke oven gas were assumed as being constant.
L;ardl/2 The duration of the test period, April 1st to 15th, 1957. On

68-1-8/22
Automatic Control of Heating Conditions of Coke Ovens.
the basis of the results obtained (Tables 2, 3), the following
conclusions were reached: 1) The stability of mean-shift
temperatures in both batteries was the same. 2) With the
automatic control, the necessity for manual corrections of the
supply of heating gas was decreased. 3) The stability of the
distribution of ressure in heating systems iii both batteries
was the same. 43 With the automatic control differences
between maximum and minimum consumption of heat decrease.
5) On the battery operating with the automatic control varia-
tions in the coefficient of excess air between the individual
shifts decrease. There are 3 tables and 2 figures.
ASSOCIATIONS: ME, Teplotekhstantsiya and VUKhIN.
AVAILABLE: Library of Congress
Card 2/2

LIPKIN D.S.- GLUSIEHENKO, I.M.
Characteristics of the heat regulation in PVR type ovens fired
with blast-furnace gas. Koks i khim. no.9:20-23 163. (KRA 16:9)
1. Koksokhimstantsiya.
(Coke ovens)

LIPKIN, G.I.
Letter to the editor. Gor.Itoz.Mosk. 33 no.4:34 Ap 159
(MIRA 12 -.6 i
(14oscow-Monuments)

T I FT
GOKHBAUM, A., in2h.; LIPKIN, G., inzh.
Efficient construction of basement walls and foundations. GorJ
eel'. stroi. no.12:4-6 D 157. (MIRA 11:2)
(Foundations) (Walls) (Basements)

LAGUTEkKO, V.P., inzhazer; GOKHBAUH, A.I., iushener; LIPKIN, G.Ta., inzhaner.
Make efficient use of material in structural nuits for buildings.
Ger.khos-Neek-30 no-1:11-15 J& ~156- (MLRA 9:6)
l.Institut wNesproyektO.
(BuilAing materials)

LIPKIN, G.TFL.; VOLKOV, I.R., arkhitektor
Now cover9d. mrkote for selling collective-farm products in
Moscow. Gor.khoz.Mosk- 33 no.12:12-17 D 159*
(NEU 1313)
1 GlavW inzhener masterskoy No.2 institute, 014osproyakt" (for
Lipkin).
(Hoscow--markets)

I-9m-Ap-I--j-YAVLOV, T.
Solve current problems of state insurance faster. Fin. SSSR.
22 no. 2:86-87 F 161. (MIM 14:2)
1. Starshiye ekonomisty Glavnogg upravleniya. C'osstrakha RSFSR.
(Insurance)

BUKHTIYAROV, Nikolay Gavri-lovich- LIPKIV, 111ya Alekseyevich;
SHUBINSKIY, Aleksandr Illich;
[Insurance and payment tables for the voluntary insurance of
buildings) Tablitsy po iscbisleniiu strakhovykh sum, i pla-
tezhei po dobrovollnom strakhovaniiu stroenii. Moskva, Gos-
finizdat, 19G.L. 69 p. (MIRA 15:7)
(Insurance, Property-Tables and ready reckoners)

LEPKIN, I.I., inzh.
Roller for rolling slopes. Stroi. i dor. mash. 7 no.8:21
Ag 162a (MM 15:9)
(Rollers (Earthwork))

PA '28/119T82
US=/Kedicide Industry and Ocoupptibna, Aug 48
Hygiene
Medicine -.Hygleni and Sanitation
"The Prob-lem of Trapping Nitrogen Oxides Released
Into the Atmosphere by Aniline Dye Industries,," I. L.
Lipkin, State Sanitation.Inspectioa Dept, Moscow, 2 pp
"Gig i San" No 8
Describes principles of an absorption tower to trap
nitrogen oxides. Considers it effective and
profitable equipment. Recommends special attention
.to quality of instillation with details, and diagram.
?8/49T82

LIPFIN, T. L.
LIPK-Li, L I. -- "Prophylaxis of Tumors of the Bladde: .11 Sub h Nov 52,
Central Inst for the Advanced Traia-ng of Physician,. (DiZserta'L'-_-'rn
for the Degree of Candidate in Medical Sciences.)
SO: Vechernava Moskva January-December 1952

BEZISGVp DJ,j L [INq KeHe
Realization of a close relationship between the teaching of pbysics
and work activity of the students. Piz. v abkole 20 no.6:77-?9 160.
(MIRA 14:2)
1. 67-ya. aredrygya, sbkolay Moskva*.
(FbVaics-Study and teaching)

LIMIN, L.
Strict control in necessary. Fin.SSSR 23 no.11:70-72 N 162,
I (KMA 15:12)
le Nachallnik otdala finansiroveniya torgovIi Nookovskogo gorodakogo
finanoovogo upravleniya*
(Noocow-Retail trade-Finance)

LIPKIN, L.S., inzbener.
Use of liquified gas. Tekst.prou. 14 no.8:39-40 Ag 154.(XM 7:10)
(Textile finishing) (Liquified petrole= gas)

MI
J-'S PANOV; LUMVNIKOVA, A.Ye.
Defective fibers presented an a semifinished product. Tskst. prom.
19 no-7:22-25 J1 159. (MIRA 12:11)
l.Rabotn'_';--~-- Tegorlyevskogo melanzhevogo kombinata (for Lipkin,
Stepanov). (Textile industrT--Quality control)
(Dreg and cVeing--Nrlou)

of ~,7r,;l-rn rl-r-i-a." "in
(T)f!7 f:'l-t r1l.i.-n r~ ",--n nf

LIPKIN, M.B. inzh.
-
Improving tbrough drainage Podzol soils for tea caltivation oa the
plains and gentle slopes of western Georgia. Biul.VN1ICHiSK
no.2:164-180 157. WMA 15:5)
(Georgia--Podzol) (Georgia-Tea) (Georgia-Drainage)
r

LIPKIN., M-G-
- Too many inspections? Avtom., telem. i sviaz' 9 no.10:29
0 165. (MIRA 18:11)
1. Starshiy inzh. Tyumenskoy distantsii Sverdlovskoy dorogi.

.I - ,, " -:,,
LIPKIN i
4 On unificatlas of emplifier equirment. Avtoa.,telem.t sylas'
no.5,42 my 157. (MLRA 10:7)
1. Zmasetittl' nachallaike Kamyshlovskoy distantail signAlizataii
i avyasi Sverdlovskoy dorogi.
(Aamlift*rs, 'Electron-tube)

LIPKIN
Periods for testing relays for signaling, central control and
block systems. Avtom-elemo I. evias' noo?:42 J1 '57. (MLIA 10:8)
1.Zamestit*11 nachallmika Xamyshlovskoy distantsil signalisataii
i evyast Sverdlevskoy deroct.
(Railroads-Signaling--Blook system)

LIPKIN, M.G.
Telephones for switchmen. Avtom., telem. I eviaz' 2 no.11:33
N '5 8. WM 11: 12)
1.Zamestitall nauchallnika lramyuhlovekoy distantaii signalizateft
I svyazj Sverdlevokey dorogi.
(Railroads--Telephone)

LIPIKIN, M. 1. - ~ . -
Management of premature labor in trensverse position of the
fetus. A3,ush. i gin. 39 no.4:81-85 JI-AgI63 (MIRA 16s12)
1. 1z rodillnogo doma No.13 (glavnyy vraoh B.L.Rubinshtsyri),,
Moskvy.

LIPKIN, M.Ye.; GVOZKIKOV, S.F.: LIPSITS, D.Y.; AYZINGA(, F.Z.
Remarks on th~- control over semifluid colored media. lob. delo
3 no.1:3~-41 Ja-Y '57 (KIRA 10: 4)
1. Is oblustnoy sanitarno-epidemiologiaheskoy stantaij i
Vessoyusnoy nauchno-iseledovatellskoy stantsit po roku kartofelya,
Chernovitsy.
(BACTARIOLWY-CULTWW'S AND CULTM MJDIA)

USSR/General Problems of Pathology L Immunity U-1
Abe Jour Ref zhur - Bioill kb~ 18J 1958, 847o6
Author LUkin, PAO-
Inst i No institute is given
Title The Influence of the Intervals and Mumber of
Injections on the Immological Reactivity of
the Organism. Report I. The Influence of the
Intervals and Number of Injections in VAccina-
tion and Revaccination on the Immological Re-
activity of Experimental Animals
Orig Pub t Zh. Mikrobidl. Epidemicl. i Immunobiol.,, 1957j,
No. 5., 25-30
Abstra-t i Mice were immunized with a heated., carbolized,, typhoid
bacillus vaccine given once, twice at intervals of
twenty days., or three times at intervals of ten days.
The resistance of the nice to one to four HID of the
corresponding live culture was highout with the two-
time vaccination, The atate of immunity was studied
Card l/.0

USSR/General Problems of Pathology - Immunity U-1
Abe Jour : Ref Zhur - Biol.0 No. 18p 1958, 84706
Abstract : also with respect to the production of antibodie6 L,
rabbits and guinea pigs* In the pigs injected three
times the titer of agglutinine (TA) was 2,4 times
lower than in those injected twices Studies were
also made of the influence of repeated injections
of antigen during the period of convalescence.
Rabbits were preliminarily vaccinated twice. Follo-
wing a 60-day interval after the primary cycle of
immunization, the TA had fallen to its original
levell the rabbits were then revaccinated onceq
or twice at intervals of ton, 20,, 60., and 120 days,
20 days after the priuary revaccination the TA wao'
four times higher than at the time of vacolnstion6
With double-revaccination at intervals of ten,, 20,
and 60 dayes th9re was a sharp reduction in the TA,
However,, in rabbits which received their second re-
vaccination-120 days &fUr the first., tbare was a
Card 2/3

USSR/General Problems of PAthology - I=mnity U-1
Abs Jour : Ref Zhur - Biolt., No! 18* 19585 84706
Abstract : more intense formation of artihcliea. In rabbitn
vaccinated twice with a double vaccine, the TA fell
to its original level within 60 days. Then the
rabbits imre vaccinated according to the schedule,
Controls were revaccinated once with both antigens
in equal doses. The formation of agglutinine ccc,.=ree-
more quickly than at the time of vaocinreuion. In
rabbits revaccinated with a double dose two time3 at
intervals of five days,, the production of agglutinins
ceased. Upon revaccination wIth a-dose equal to the
total dose for the control rabbits, there was clao a
suppression of agglutinin elaboration. Only in eyv-
periments with the injection of still smaller doses
(100 and 50 million organism) did the TA increano,
but it remained 2,5-3,4 timea lower than in the con-
trol rabbits, - N, L. Riskin
Card S/ 13

LiRk /t)*'EXCERP_TA_MED1CA See, c~1.1118 1licrobiolog Aug 58
1939. THE INFLUENCE OF THE NUMBER OF VACCINATIONS AND OF THE
INTERVALS BETWEEN THEM ON IMMUNOLOGICAL REACTIVITY OF THE
BODY TO TYPHOID -PARATHYPHOID AND DYSENTERY VACCINES. 13. THE
CHANGE OF IMMUNOLOGICAL REACTIVITY CF THE BODY IN DIFFERENT
SCHEMES OF VACCINA71ON AND REVACCINATION (Russian text) - L I p k I n
M. E. - ZH. MIKROBIOL. 19 57, 7 (4 5- 5 1) Graphs 3 Tables 5
Optinffl-Tm-muni z2 t ton with tetra-vaccine (a mixture of S. typhi, S. paratyphi B. Sh.
xne I Sh *sonnel) was obtained with a primary vaccination made with I mi. twice
fie ter r, - rm
(in va - 20 days) In the autumn period. Revaccination requires to be perfo ed
once with I mi. in the spring period of the following year. Zauocki - t6dt (IV, 17)
f

LIPKIN, M. Ye., Cand Med Sci -- (diss) "Effect of the intervals arid
quantity of inoculation on the immunological reactivity of the organ-
ism to typhoid-paratyphoid and dysentery vaccines." /Khabarovsk, 191-487.
14 pp; (Khabarovsk Medical Inst); 200 copie5; price Tot given; (KL, -
17-60, 170)

L!IPKIN &Ye.,j VMLOV, V.A.; PUSHKOVAj X.T.
t~~
Use of luminescent sera in practical work. Zhur.mikrobiol., epid.
i imaun. 32 no.11t26-29 H ,61. (~!IRA 14:12)
(SERU14)

LIFKIN, M.Te.
Serologioal
boydii, 103.
48-51163.
variants of the dysentery bacMus Shigalla
Zhur. mikrobiol.,, epid. i imm=. 1+0 no.11
(MIRA 16:10)

LIPKIN M.Ye.; KISHKO, YA.G.; URIN, A.I.; KOLOTILOVA, L.V.; IONOV, L.I.
Use of the fluorescent method for the detection of poliomyelitis
and rabies viruses. Vop. virus. 10 no.1:26-29 Ja-F 165.
(MIRA 18:5)
1. Institut epidemiologii, mikrobiologii i gigiyeny, L'vov.

LIPKIN, M.Ye.
Significance of individual biochemical, serological, and
biological tests In the identification of dysentery microbes;
a summary. Lab. delo no.8:501 165. (MIRA 18-9)

i--n.- bc a
J
Lc r,-, d i 4 r-78 Ml-

LIPKIN, jlje.; ARTYKOV, M.S.; ISAYEV, Yu.V.; 4110LULYA01, P,A.; VA1?.1VGDI!"A, '11"A';
SHILYAYEV,- L.F.; PUNIKO, T.A.; ANDRMVA, A.P.; BAKULINA, L.I.;
ABPJJ40VA, S.G.; KLIM011A, T.K.; YZGOROV, V.A.; !:,7,;
Y:Ti
M.B.; DASNEVSKIY, V.V.; SORKIN, Yu.j.; KOLENDOTCH, A.I.; SERG_- - A,
L.I.; NAGAYEV, V.N.; NESTEROVA, G.N.; ALEKSEYEVA, N.A.; GOLUBEVA, V.N,;
ANISIMOVA, T.I.; OVASAPYAN, O.V.; GALOYAN, V.O.; ARAKELYAN, K.A.
Abstracts of articles received by the editors. Zhur.mikrobiol. IP-pii~
i inmun. 42 no.3:147-152 Mr 165. (141RA 18-6)

LIPKIN, Vikolay Fedorovich,,,,Ooktor biol. nauk, prof.; SOPIN, Ye.P.,
tekhn.red.
(Elements of radiation biology ard biochemistry] Elementy
radiatsionnoi biologii i biokhimii. Kiev, Gosmedizdat,
1963. 163 P. (MIRA 17:3)

LIPXIN,P.
New settlement on virgin lands. Bell.stroi.10 no.4:14-15 Ap'55.
(State farms ) (KM 8:6)

LIPKIN, 1'.; VLADIMIROV, B.; BUDRIK, V.
Using large blocks made of shell rock. Stroltell 2 no.):15
Mr 156,. ()WA 9,- 12)
(Building materials) (Building blocks)

BARER, M. ; LWKIN, P.
Erecting a plant by indilstrial methods. Stroitell 2 no.7:3 Jl 156.
(NDU in I I)
(Dnepropetrovsk-Procast concrete construction)

LIPIIN, P., korrospondent.
--."M-0-005
V4y collective farms of the Tatar A.S.S.R. did not fulfill the
building plaa. Bell stroi. 11 no.1:17-18 J& 156. (XLRA 9:6)
1.Zhurnal OS~llskiy stroitel.16.
(Tatar A.S.S.R.-Fars buildings)

LIPKIN P.
A--* -WOL
,vmw a*& Am -_
Construction on an Altai collective farm. Sell.stroi.ll no-7:8
Jl 156. (MLRA 9:9)
1.1orrespondent zhurnala "Sellskiy stroitell".
(Altai Territory--Building)

L ~kIff, P._
Where they work smoothly and in an organized manner. Sel'strei. 11
no.8:10 Ag 156o (M32A 9:10)
1A,errespendent shurnala "Sallekly streitelleft
(Lmnbering)

LIPKIN, P.
Isbor protection in logging camps. Sell.stroi.11-no.11:9-10
N '569 (KLRA 10: 1)
1. lorrespondent zhurnala "Sellskly stroltell.0
(Lamberine-Safety measures)

LIPKIN, P. * -
MUMOMOMM019MMOMMOMAM
Construction of athletic facilities In Ryazan Province. Sell. stroi.
12 no-70-6 Jl 157. (KI2A 10:8)
1. Xorrespandqnt zhurnals, "Sellakly stroltell."
(Ryazan Province--Stadiums)

; ~`--T-
r-I Small mixed lumbering crews. Sell. stroi. 12 no.5:17-19 My 158.
(MIRA 11:6)
l.Korrespandent zhurnals, "Sellskiv atroitell.11
(Tyumen Province--Lumbering)

LIPKIN, P.
.,o"~ ~Effl~cieni organization determines the success of work. Sell.
strol. 13 no-10:9-11 0 158. (141RA 11:10)
1. Korrespondent zhurnala "Sellskiy stroitell."
(Farm buildings)

LIPKIN P
Mechanized building combine in Baturlinovka. Sell. stroi. 14 no.11:
20-21 H 159 (MIRA 13:3)
1. Xorreavondent zhurnala "Sellskiy stroitell.0
(Buturlinovka District-Construction industry)

--__LIP,KI_ If-, P.
Improvements in state-farm villages of Tambov Province. Sell.
strol. 14 no.12:6-7 D 159. (XIBA 13:4)
1. Korrespondent shurnala "Sellskiy stroitell".
(Tambov Province-Farm buildings)

LIPKIN, P.
Large-block and large-panel construction on state farms. Sel.
stroi. no.4:18-19 Ap 162. (~IIRA 15:8)
1. Korrespondent zhurnala "Sellskoye stroitellstvo".
(Farm buildings) (Concrete blocks) (Concrete slabs)

LIPKIN, F
Erection of livestock buildings using induBtrial methods.
Sell. stroi. no.10:14 0 !62. (MIRA 15:11)
1. Korrespondent zhurnala "Selfskoye stroitelletvo."
(Farm buildings)
(Precast concrete construction)

LIPKIN., P.
Valuable.initiative of lumberjack Denisov. Selt. stroi. 16
no.1:16-18 Ja 162. (MIRA 16:1)
1. Korrespondent zhurnals, "Sellskoye stroitellatvo".
(Tree felling)

LIPK .A~#,uchitell aredney shkoly.
.
7eather-grass hygrometer. Tekh.solod. 21 no.10:34-35 0 153. (XLHA 6:10)
(Meteorological Instrmments)

SOV/58-59-12-28057
Translation from: Referativnyy zhurnal, Fizika, 1959, Nr 12, p 225 (USSR)
AUTHORS: Konstantinovskly, A.G., Lipkin, R.A.
TITLE: On the Stabilization and Control of Oscillationslof Some
Relaxation Generators
PERIODICAL: Tr. Sektsil poluprovodnik. pr1borov. Ukr, resp. pravl. Nauchno-
tekhn. o-va. radlotekhn. i elektrosvyazi, 1958, Nr 1, PP 63-73
ABSTRACT: Methods are described for stabilizing the pulse durations in
relaxation generators, on semiconductor triodes, by means of
an impact excitation circuit. Transitron generator, blocking
generator and multi-vibrator circuits are investigated. Methods
for calculating the stabilizing elements are suggested. The
testing of the mentioned circuits was conducted with a change
in the feed-voltage from 5 to 15 v, the temperature from +200C
to +700C and with a change of the triodes. In stabilized circuits
the duration of the pulse did not change by more than 3 to 8%. In
unstabilized circuits the stated change amounted to 20 to 370 .
Card 1/1 K.S. Rzhevkin

LIPKIN S A.- VOROBOYEV, G.G.
Photographic methods used for the accumulation of laboratory
data, Zav,lab. 28 no.10:1221-1224 162. (MIRA 15:10)
1. Voesoyuznyy institut tauchnoy i tekhnicheskoy informataii.
(Punche&,* hemistry) (Microphotography)
GWd 07stems-C

LIAM, S.A.; VOROBIYKVo G.G.
Use of punched cards for information retrievalo Preparing
and reading punched cards* NTI no-3:40-46 163.
(WRA 16:11)

VOROBIYEV, G.G.; q~K~q,
_j!A.
Use of aperture punched cards for information retrieval.
system for marginal-hole punched cards. NTI no-4:20-25
Bibliographical
163.
(RIRA 16:10)
1,

LlPKINT S.A.; VOROBIYB71 O.G.; SHCHILOU7,, L.P.
'tm
Modernizing traditional card catalogs by using microphotocopying.
NTI no.70-11 163. (MIRA 16:11)

LIPKIN, S.A.; VOROBIYEV, G.G.
---
Keeping a record of documentary materials with the aid of microcards
in pockets on punched cards. NTI no.11:26-27 164. (MIRA 18i1)

L 02366-67 EWT(d),/EWP(1) IJP(c)- DOIGGIGD
ACC NR.
A'T66ji~~4 SOURCE CODE: uR/oooo/66/ooo/000/0035/0080
AUTHOR: Lipkin, S A.
ORG: none
1~0
TITLE: Microphotogrhphy methods for storing documentary information
SOURCE: AN SEISR. Nauchnyy sovet po kibernetike. Kibernetika i dokumentaliotika;
mekhanizatsiya protsesBa nakopleniya, khraneniya i poiska nauchnoy informataii
(Cybernetics and documentation; mechanization of the process of storage and
retrieval of scientific information). Moscow, Izd-vo Naulka, 1966, 35-8o
TOPIC TAGS: microphotography, microfilm
ABSTRACT: A summary is given of microfilm techniques and apparatus currently used
'in the USSR. -Specificatlons of the Mikrat series of microfilms are given, including
those of the Mikrat-20OP-300, -300B and Mikrat-postive types. A resolution of 470
lines of ordinary typescript per mm of ordinary typescript has been ac~hi ~ed in the
last of t ese. Other equipments described and illustrated are: the !~DM , NM_2
and Ag.-3;reel microfilmers;Pthe WP-1, -23Ed -3 microphotocopiers; the AKPM copier
for making microcards from reels; and the Mikrofot 5POl, AChS-1 AChM-2 and AChK-3
Card 1/2

Fig. 1. AChK-3 microfilm,reader
MIcrofilis readers. The ACK-3 shown in Fig. 1. is a pocket model. A number of
U. S. microfilm devices and handling techniques are also described. Orig. art.
has: 27 figuresi
SUB COM: IhAdMM DAM. 09AWr6dj -MG FM .002/ M W: 033',,_
Car4L 2/2 -Vkmb

VM.'GEROV, Yu.Ya.; LMIII, S.I. (Yakutsk)
Rare case of acute dysentery with lesion of the esophagus and
small intestine. Klin.med. no,3:139-141 162. (MIRA 15:3)
1. Iz infelctsionnogo i patologoanatomicheskogo otdeleniy gorod-
skoy bol7nitsy (glavnyy vrach V.N. Butakova).
(DYSERITERY) (ESOPIIAGUS--DISMISES)
(nnSTUMS-DISKASES)

SHILITSOV, V.P., Inzh.; KIRSANOV, V.P., inzh.; LIFKJN,_~,S., Jnzh.
Light emission and frequency characteristics of IsSh 10(~-2 pulse
lamps. SvetotekhrLika 10 no.2-.13-15 F 164. (MIRA 17:4)
1. Moskovskiy elektrolampovyy zavod.

LIPKIN, S.V.
Direct electrolytic production of metallic zinc, lead, and
copper from slags from nonferrous metallurgy. Test.A.5 Kazakh.
SSR 15,no-1:38-46 Ja 159. (MIRL 12:1)
(Metallurgy) (Slag)

LIPKIN S V
Direct recovery of metal zinc from slaga by electrolysis with
enlarged laboratory equipment. Trudy Alt. GMNII AN Kazakh.
SSR 9:227-232 160. (MIRA 34:6)
1
1. Altayakiy gorn'ometallurgicheskiy nauchno-iseledovatellskly
institut AN Kazakhokoy SSR.
(Zinc--Electrometallurgy)

LIPKIN, S. V. Cand Tech Sci -- "On the problem of extraction of zinc from
lead-zino raw material." Alma-Atap 1961 (Min of Higher and Secondary Specialized
Education KaSSR. KazaW~P21yte~,-hnic InsO. (KL, 4-61, 198J

ABDEYEV, M.A.j LIPKIN, S.V*
Zinc volatilization during the converting of complez metal
mattes. Trudy Alt.GWII AN Kazakh.SSR 32:10--20 161. (MM 14:8)
(Nonferrous metals-Metallurgy) (Zinc)

111-9-9/28
AUTHORS: Fursov, V.A., Chief Engineer of the Central Design Office of
the USSR Ministry of Communications and Lipkin# V.A., Engine-
er, Group Supervisor of the Central DesiW-MI-66--
TITLE: Frequency*Condensing of Connecting Lines of Automatic Tele-
phone Exchanges (Chastotnoye uplotneniye soyedinitelinykh
liniy ATS).
PERIODICAL: Vestnik Svyazi, 1957, Mr 9p pp. 12-14 (USSR)
ABSTRACT: Line-tests with 24-channel equipment for condensing HF lines
connecting automatic telephone exchanges have been carried out
in Moscow between two district automatic telephone exchanges
with a capacity of 10,000 numbers each, by the Central Design
Office of the USSR Ministry of Communications in cooperation
with the Industrial Laboratory of the Aaziniatration of the
Moscow Municipal Telephone Network (upravieniye Moskovskoy
gorodskoy telefonnoy seti "UMGTSn). They confirmed the pos-
sibility of condensing existing short telephone cable lines by
means of the simplified small-sized "ABTY-1" equipment. Two
pairs of strands contained in 114-quad cables in operation,
each one having a length of 5,375 kilometers, were utilized as
Card 116 line to be condensed. The details of these tests with respect
W-P-M-W Wim

111-9-9/28
Frequency Condensing of Connecting Lines of Automatic Telephone Exchanges
to the attenuation and the frequencies are indleated. The
frequency characteristics of the channel is'*practically linear
in the section between both cable-ends of the differential
system having a load resistance of 1,000 ohms and a frequency-
band of 600 - 3POOO cps. The frequency distortions do not ex-
ceed 0.3 nepers in the bandwidths of 300 - 600 and 3,000 -
31400 cps. The amplitude characteristics of the channel, taken
by applying the voltage at the input and by measuring the same
at the output of the differential system, is practically linear
in the range of 200 - 2,000 microvolts. The noise-level of
the channel in the section between two complete IIRSLII - units,
measured by means of a psophometer, has 7 nepers. The cross-
talk attenuation of adjoining chanrvels, psophometrically
measured (simultaneously with noises) at the far end, has a
minimum value of 6.5 nepers. The simplified block-diagram of
the equipment utilized in testa of condensing lines connecting
automatic telephone stations is shown by Figure 1. The equip-
ment installed at the end of each line contains (in addition
to complete "RSLII - units) 24 differential systems, 24 trans-
mitters, 24 receiver, one oscillator of 4,000 cps, a carrier-
Card 2/6 frequency oscillator, a group transmitting amplifier and a

111-9-9/28
Frequency Condensing of Connecting Lines of Automatic Telephone Exchanges
group receiving amplifier. This equipment allows a unilateral
calling of 24 telephone subscribers and a duplex conversation
in 24 channels. The effective frequency band of each channel
has 300 - 3t4OO ape. The transmission of dial- and breaking-
impulses, as well as of all other signals, in connection with
calling the telephone-subscriber, is effected beyond. the band
of the conversation channel at the frequency of 49000 cps. The
voltage-level of the signal-frequency (4,000 cps), is 1 neper
lower than that of the voice-band (300 - 3,400 cps). The
transmission of dial impulses is realized by cutting the current
of-the,signpl"freq*46ncy circuit'.. The transmission is effect-
ed in one side-band without carrier-frequency. The main 24-
channel group has a frequency-band of 312 to 552 kilocycles.
The interval between carrier-frequencies of adjoining channels
is 10 kilocycles. The side-band of the channel, which is to
be suppressed, is not heterodyned with that of the adjoining
channel, which allows to limit the suppression of the second
side-band much less than it is usual for the condensing equip-
ment of long-distance communications. In this equipment, the
upper side-band is suppressed by adding signals transmitted
Card 3/6 from two ring-modulators, the voltages of the carrier- and

~11-9-9/28
Frequency Condensing of Connecting Lines of Automatic Telephone Exchanges
modulating frequencies being applied to each of them. Both
these voltages, at the input of one modulator, have the same
values as those at the input of the other modulator, but t?deir
phase are shifted by goo. The block diagram of the modulator
designated for frequency conversion of the speech band in each
channel is shown by Figure 2. The apparatus of the telephone-
subscriber is protected against the voltage of the signal-fre-
quency by a filter producing an attenuation of UP to 5 nepers
at 4,000 cps. The effective output signal of the transmitter
is the voltage of the lower side frequency band. The volt-
ages of the upper 3ide-band and the carrier-frequenoy do not
exceed 10% of the voltage of the lower side-band. Figure 3
shows the block diagram of the demolulator. The RF modulated
signal, consisting of 24 carrier-frequencies, each of them
being modulated by the conversation feequency of one of the 24
telephone apparatus and by th,e eignal-frequency of 4000 CPS,
is applied parallel-to the inputs of all the 24 receivers.
The anode circuit contains a LF speech band filter, which
filter produces an attenuation up to 6 nepers at 4,000 CPS.
The signal oscillator of 4POOO cps and the carrier-frequency
Card 4/6 oscillator are installed at each end of a connecting line.

111-9-9/28
Frequency Condensing of Connecting Lines of Automatic Telephone Exchanges
The signal oscillator must transmit sine-shaped signals having
a determined power. The non-linear distortions do not exceed
3 - 5%. The carrier-frequency oscillator-set consists of a
10 kc master oscillatort a harmonic oscillator and 24 amp-
lifiera of inidividual carrier-frequencies having pass band
filters. The equipment contains 2 oscillator-sets of this
kind. One of them, producing alne-oacillationa of 10 kc has
quartz stabilization. The group -transmitting amplifier as-
sures the voltage amplification of 24 parallel modulators.
The frequency pass-band of this amplifier has 312 - 552 kilo-
cycles. The minimum output voltage of the same is 200 micro-
volts, the resistance of the line to be condensed being the
output load. New equipment had to be developed which required
less manufacturing and service costs than those of the existing
systems presently utilized for condensing long distance comm-
unication lines. Some of the improvements of the experimental
equipment manufactured by the Central Design Office are ferro-
ceramic parts and semi-conductor diodes. In 1957, this equip-
ment has been tested on a line of the Moscow municipal Tele-
phone Network for condensing a standard 900-pair telephone
Card 5/6 cable with strands of 0.5 mm diameter each. The Soviet In-

111-9-9/28
Frequency Condensing of Connecting Lines of Automatic Telephone Exchange
dustry, in cooperation with the Central Scientific Research
Institute of the USSR Ministry of Communications, works on the
development of a more perfect 30-channel equipment for con-
densing HF cable-lines connecting automatic telephone stations.
An experimental model will be manufactured during 1957. The
equipment will be mass-produced upon completion of the tests.
This article contains 3 block diagrams.
ASSOCIATION: The Central Design Office of the USSR Ministry of Communicat-
ions (TsXB Ministerstva svyazi SSSR)
AVAILABLE: Library of Congress
Card 6/6

835U
S/124/60/000/006/022/039
(~'Jsoo AOO5/AOO1
Translation from: Referativnyy zhurnal, Mekhanika, 1960, No. 6, pp. 137-138,
1 7745
AUTHOR:
TITLE: The Stress Concentration In an Orthotropic Plate Weakened by a
Circular Aperture and Subjected to Plain Bendinglu
PERIODICAL: Inzhenernyy sb., 1958, Vol, 26, pp. 179-187
TEXT; The author considers the two-dimensional problem of an orthotropic
plate with a circular aperture affected by bending moments. It is studied, in
what manner various orientations of the main elasticity directions with respect
to the loaded edges affect the stress distribution near the aperture. The
approximate solution of the problem is used, which was found by the reviewer
under the assumption that the plate is infinite(Anizotropnyye plastinki. Mos-
cow, Gostekhizdat, 1957 - RZhMekh, 1958, No. 7, # 7923 K). The normal stress
6'( 4,q,) near the contour of the aperture appears as a function of two para-
meters: 1) determining the position of the contour point, 2) f, determining
the orientation of the main directions. The author considers some anisotropic
Card 1/2

8353.6
S/124/60/000/006/022/039
A005/A001
The Stress Concentration in an Orthotropic Plate Weakened by a Circular Aperture
and Subjected to Plain Bending
materials with known elastic constants (wood, veneer for aircraft, and others)
and presents results from calculating Gat various contour points of the
aperture for various values of T - Graphs of the distribution of 6'along the
aperture contour are added for a plate made from pine-wood for I = 00, 450,900;
these graphs illustrate clearly the effect of the orientation of the main -
directions. The numerical material obtained and the formulae for the stresses
are subjected to a detailed analysis, from which some Practical conclusions are
drawn. In particular, the problem is studied on the 6mx value and the points,
at which it occurs for various ~ P as well as the problem of the effect of the
shear modulus on the stress concentration; it is known that the shear modulus
in an anisotropic solid does not depend on the other elastic constants.
S.G. Lekhnitskiy
Translator's note: This is the full translation of the original Russian
abstract.
Card 2/2

I~MRKIN, P. I... LIPKIN, V. M., CRECHIKOV., S. A.
Refractory MatoftalB
Production of quartz blocks, Stek. i ker., 9. No. 6, 1952
Nonth List of Russian Accessions, Library of 'Congress October 1952 MICLASSIFI.M.

Chemistry - Glass utdns ils
1/1 Pub. 104 - 8/12
.Authors I '.Kachalov, N., N., Yevatroplev, S. Dubrovo, S. K., Lipkin, V. M. and
Borisov, K. I,
Vitle, Glass for utensils of chemical laboratories
Periodical Stek.. i ker.' 3-1/7, 20-23), June 1954
Abstract, I The~article deala with experimnts conducted in order to obtain a glass
that could be produced in large quantitibs, be cheap, and still be suit-
able for chemical laboratory utensils. Such glass is intended to be re-
'Bistant to heat and a6ide. The presence of boric anhydride in glass as
an'ingredient is found to improve its quality. From experimentation a
glass designated as No. 29 was produced and a comparison of its proper-
ties with the No. 23 (formerly the beW is found to put it in first place.
Tables; graph; illustrations.
Institution
Submitted.

I-TWIN, Veniamin Mikh ylovich; YAM4NSKIT, F.M., red,; VORONIN, K.Pov
------ I-- - ~e z4
V.
EDekatrons and their applications) Daketrony i ikh primenenle.
Moskva, Gos.energ.izd-vo, 1960. 61 p. (Kassovais radiobiblioteka,
no* 359)o (KM 13:12)
(Counting devices) (Blectron tubes)

LIPKIN, YA. 1. PROF PA47T67

AUTHOR: Lipkin, Ya.L., Engineer
TITLE: A Public Inspection of the Tool Stock at I GPZ
(Obshchestvennyy smotr instrumentallnogo khozyaystva na 1 GPZ)
PERIODICAL: Mashinostroitelf, 1958, Nr 7. PP 46-47 (USSR)
ABSTRACT: The Moscow and Moscow Oblast' Sovnarkhozes, collectively with
the presidiums of 140 NTO Mashprom and trade union obkom (oblast'
trade union committee), carried out an inspection of the tools
available in industrial plants. ihe article lists some im-
provements made at the bearing plant 1 GPZ after the inspection,
for instance in the use of carbide-tipped tools and various
standardized auxiliary devices, the utilization of worn punches
of horizontal forging machines, etc. On the other hand, it is
stated that the quality of cutting tools supplied by special
tool plants is low and causes many complaints. The supply of
standardized tools of necessary quality is not yet organized.
Several examples of poor quality are mentioned: low quality in
3-4 mm dimeter drills causes great difficulties in drilling
alloy steel partsi the supply of larger drills is insufficient;
thread rolling taps are unfit for alloy steel; the saw blades,
Card 1/2 clamps, drill chucks, wrenches, screwdrivers-and other tools

A Public Inspection of the Tool 6tock at 1 GPZ 117-56-7-2x/2=
produced by the many local-industry plants (zavody mestnov
promyshlennosti) are particularly poor. Organizational meamweg
to improve the situation are suggested.
1. Naablao U610-12"atiqu
Card 2/2

_kjpjq~.. __Tam Matanovich; SOLOK, Alla Mikhaylovna; SHELA, Oleg
Ivanovich; KELLERyO.K.p red.
[Ultrasonic cleaning of pipes] Ulltrazvukovaia ochistka trub.
Leningrad, 1965. 22 p. (MIRA 180)

SOV/133-59-4-17/32
AUTHORS: Bogoyavlenskaya; 11i.V.; Candidate of '-Pechnical Sciences
and Lipkin, Ya.11., Engineer
TITLE: A New Method of PicklinG Tubes from High Alloy Steels
(1-Tovyy sposob travleniya trab iz v-ysokolegirovann-yk-h
staley)
I.J
P.&RIODICAL: Stall , 1959; Nr 42 Pf) 34?-351 (US"R)
ABSTRACT: A study of pickling solutions for various articles made
from stainless steels was carried out in order to
develop a technology of acid pickling of tubes from
high alloy steels. Tube specimens from steels llQil8N9'P,
lEhlM12MM, M141114UMI and Kh20N14S2 (chemical
composition is L;iven with an artificial and industrial
scale) were taken for the investigation. The quality
of the pickling solution was evaluated on the basis of
its working ability (area of satisfactorv Dickled surface
of metal per 1 m3 of a pickling solution),'duration of
pickling and me-bal losses. The quality of the pickled
surface was evaluated visually (colour, completeness of
the removal of scale, the presence of overpickling,
pitting corrosion and other dofects). 11etal losses were
Card 1/2 deteimlined toGether with scale by weighing specimens
E'-7'fT-' 4~p

SOV/133-59-4-17/32
A New 1-ilethod of PicUing Tubes froM -,14 ~~a `eels
before and after pickling. Altogether 25 pickling
solutions were tested (table), the optimum results
were obtained with a solution ccntaining 1.5 to 2.0% HF
and 8 to 8.52o' 11HO3. The industrial tests of the
solution were carried out on the Yuzhnotrubnyj, `,"Jorks
on tubes from steels: lKhlSNgT, Khl5Nllh12S2T,
Rhl8K22V2T2, lailM3MT2, Xh20JUL~S2 EI397, E1402,
B1403, lKh18N121.12T, E1612, E16542 B16959 E1702, E1?69v
BI770~ E1842-855 (altogether 112 dimensions of tubes
from 2 x 0.2 to 52.6 x 0.3 mm). The results obtained
were satisfactory and even better than in the laboratory
tests. It is concluded that the proposed method of
pickling is superior to all other methods of acid
pickling used at present and in some respects superior
to the alkdli--acid pickling method. There are 2 figures,
2 tables and 21 references of which ? are Soviet,
12 EnGlish and 2 Gei7aan.
Card 2/2

18-74oo 78050
SOV/130-6o-.7-19/23
AUTHORS: Goncharevskiy, M. S. (Candidate Of Technical Sciences),
Lipkin, Ya. N. (Engineer)
TITLE: Concerning Pipe Rubbertzing Procedure
PERIODICAL: Metallurg, 1960, Nr 3, PP 33-34 (USSR)
ABSTRACT: The development of chemical production poses the
problem of anticorrosive protection of industrial
pipelines. Rubberized steel pipes are used in the
Soviet Union and abroad. Soviet practice has shown
that in some aggressive media without strong oxiders the
life of rubberized steel Pipes exceeds that of stainless
steel pipes by ~ to 9 times, that of vinyl and plastic
pipes by 1.5 to 3.5 times and faolite pipes by 2 to 7
times. The wear resistance of rubberized steel pipes
In aggressive media with solid particles exceeds that
of other materials by many times. The pipes work'
under elavated 'pressures while faolite pipes are only
Card 1/3 applicable at maximum pressures of 3 atm, with vinyl

Concerning Pipe Rubberizing Procedure 78050
sov/13o-6o-3-iq/23
Card 2/3
and plastic pipes at max 6 atm. With the newly de-
veloped synthetic-base rubbers, the pipes work satis-
factorily within the 70-1000 C temperature range. The
authors recommend the following procedure: (1) cutting
Wes, welding flanges and rounding corners on lathe;
descaling (shot) blasting, and wiping clean the
M
pipe surface by compressed air; (3) degreasing; (4)
coating with rubber glue by means of atomizer;
(5) inserting of glued raw rubber sheet lining. The
rubber Is wetted by a layer of glue and inserted Into
the pipe with a clamping device, connected to a winch
cable by means of a hook, and a stop; (6) drying
to remove benzine vapors; (7) pressing rubber on
pipe surfaceby pulling a rubber ball through the pipe
with the winch cable; (8) trimming excess rubber and
gluing rubber flanges to steel flanges; (9) vulca-
nizing by live steam (3 atm) In water-cooled boiler-,
designed by "Kautchuk" Plant In Moscow; (10) inspection.
The same procedure is used for rubberizing the Internal
surfaces of intricate shapes. In the Soviet Union

Concerning Pipe Rubberizing Procedure
ASSOCIATION.-
78050
sov/i5o-6o-3-19/23
mostly 1.5 to 2.0 rv long pipes are rubberized and less
frequently 3 m long pipes. The Inadequate production
of this type of pipes is due to the shortage of
rubberizing shops and equipment and an insufficient
knowledge of the procedure. There is 1 photograph.
Ukrainian ScIentific-Research Pipe Institute (Ukrainsldy
nauchno-issledovatellskiy trubnyy institut)
Card 3/3

26187
5/081/61/000/012/012/028
It 9100 B110/B216
AUTHORSt Bogoyavlenskaya, N. V., Lipkin, Ya. N., Shchepak, M. I.
TITLE: Acid pickling of high-alloy steel tubes
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 12, 1961, 326, abstract
12R205 (121205) ("Tr. Ukr. n.-i. trubn. in-ta", 1959, no. 2,
245 - 254)
TEXT: A pickling solution consisting of HNO 3 and HF ensuring satisfactory
pickling of tubes made of high-alloy steels is recommended. Pickling in
this solution is performed quickly (5 - 40 min) involving minimum losses of
metal (20 - 180 g1m 2 ) and may be carried out with high efficiency (700 -
800 m 2/m3) at comparatively low temperatures (30 - 450C). The process is
not accompanied by pickling too deep, pitting, hydrogen embrittlement or
formation of cracks due to corrosion. [Abstracter's note: Complete trans-
lation.]
Card 1/1

5" 245T1 S/137/61/000/00;-;/020/060
AoO6/AiO6
AUTHORS: Bogoyavlenskaya, N.V., Lipkin, Ya.N.
T-1=: Investigation of processes of electropolishing stainless steel
pipes
FERIODICAL: Refera-tlvnyy zhurnal. Metallurgiya, no. 5, 1961, 26, abstract 5D247
Inform. Ukr. n,-i, trubn. in-t!', 1959, no.
8, 97 - i0i)
TEXT: Investigations w6re made with three electrolytes containing respec-
tively lt,~P04 65, 65, 60%; H2S04 - 15, ~5, 20%; CrO - 6, 6., 0%; glycerin 0,
7, 0%; 112o 14, 7, 20%. During electrcpolishing a s?rong an-odic polarization
and abrupt shifts of the poten'tial toward the po-sitive side take place. Anodic
polarization in the metal in elentrolyte no. I was studied ty a number of auth-.)rs,
but different results have b5en obtalned. Anodic polarizatior in electrolytes 2
and 3 was until the present nzt studied. Aa a result of the prezent invesLlga-
ti:,n curves are obtalmril 5howing 'the depewderrie of thj ourront denalty on Lho. mag-
n1tude of potential A in e-le:,,1rolyte 1, 2 and 3. Ea.,.h ourve of %nodic rolariza-
tion consists of _3 3barac1.er1-3t1.0 ZeC.41o,12;: -f~C'4r
,.n 1 c-orrespcnds to conventli:--
Card 112

Investigation of proc-esses ...
24571 s/137/61/000/005/020/C)60
AOC6/A 136-
nal etuching; section 2 - tro "he dAn:31ty T the c-urrent, when t e ab-
th
rupt shifting of p3tential A t~~,ward ',he p~~R,P,Ive z~i-Je takes place. Mns shift of
the potential Is for electrnlyte no. L:0.42 v; for electrolyte no. 2 - 0.49 v
and for electrolyte no. 3 - 0.33 v. It was estabiiahsd tha-. th!~- most intensive
electropolishing process of highly luztrous stainlees, steel occurs at current
densities corresponding not tc, extrefra~~ value2, bUt to Vallle-s ry Several times
higher.
A. B.
(Abstracter's nc-te: Complete tranrlatlon]
Card 2/2

S/887/61/000/000/055/o6g
E202/EI55
7AUTHORS: Lyuchkov A.D., Lamin A.B.,
nd Chernyava
kiy A-A,
-,TITLE.- Method ofanodic-ultrasonic etching of strip, sheet and
wire
A. c.' no.1307591,cl.480, -104 (n0..637707 of August 31, 1959)
SOURCE:.-Sbornik izobreteniy- ulltrazvuk i yeg
0 primeneniye,
Kom. po delam i otkrytiy, Moscow, Tsentr, byuro
tekhn..ihform., 1961,
.77..
TEXT: Thin.method of anodic-ultrasonic etching differs from the
celerate the process and to
known methods in that, in order to ac
protoct Ihe ultrasonic apparatus from corrosion in the corrosive
etching solutions,-the articles are subjected to anodic etching
'with a simultaneous imposition-ofultrasonic oscillations, e.g.
for a steel strip in a solution consisting of 18% sulphuric acid
CI, an an
and 3% common salt, at ~5-6o odic current density of
5 :k/dm2 is'used at an ultrasonic frequency 18-25 kc/s. The strips
sheet or wire-passing through the bath acts as the anode,
Card-1/2

BLANK, M.Ya.; LIPNIK,' Ye.S. [Lypnyk, O.S.)
Boundary layers between the Campanian substage and Maastricht
94, in the northern margin of the Donato Basin. Geol.zhur.
AV
22 no.4144-52 162. (MIRA 1599)
1. Treat "Luganakgoologiye" i Institut geologicheakikh nauk
AN UkrSSR.
(Donets Basin-Geology, Stratigrephic)
I

'7.
L 1 P:-'~ iT Ye. V. and A. 1. "A mctv~,ad of cl~,-ariin t3f* tht!
uroducts of corrosion", (in l*-..---z--, firs" T.
ko munal. khoz-vu, 1949, Col,!-.cl,ion -7, p. 4 -46.
SO: U-4393, 19 August 53, (Letopid 'Zliurnal ln,~kh 3tatev', Jo. 2-22, 1114v).

KASTALISKIY, Aleksandr Aleksandrovich, doktor tekhn. nauk, prof.;
MINTS., Daniil Maksimovich, doktor takhn.nauk, prof.-prini,,nij
uchastiye: MIKHAYLOV, V,k., kand. tekhn. nauk; 110VAKOVO-M,
N.S.j AHRAMOV2 N.N.., doktor tekbn, nauk, prof*2 retsenzentj
NIKIFDROV, G.N., kand. tekbn. nauk, dots., retsenzent; MGER,
Ye.A., retsenzent; BULYGIN, A.K., retsenzent; _LIPKIIW~Yea.,
rateenzent: VOZNAYA, N.F.0-kand. khim. nauk, reteenzent7--
BELOV, A.N:p dots.p retaenzent; AGRANONIX, Ye.Z., kand. tekbn.
naukp reteenzent; NOVIKOV, P.V.., inzh.., retsenzent; SHVARTS,
R.B., inzh., retsenzent; KONYUSHKCV, A.M., kand. tekhn.nauk,
nauchzWy red.; NIKOIXWA, T.*D., red. izd-va; GOROKHOVA, S.S..,
tekhn. red.
(Water treatments'for-drinking and for industrial uses]Podgo-
tovka vody dlia pitleviogo i promyshlennogo vodoonabzheniia.
Moskva,.G68.izd-vo "Vysehaia shkola." 1962. 557 p.
(MIRA 16:1)
1. Kafedra vodosnabzheniya Leningradskogo inzhenerno-
stroitellnogo instituta (for Nikiforov, Preger, Bulygin,
Lipkin, Voznayap Belov, Agranonik).
(Water--Purification)

AaRANONIK, Te.Z., kand.tokhn.nauk; BELOT. A.N., dotsent; OLADKOY, A.M.,
inzh.; GLUSKIN, S.A., inzh.; IYANOT, L.Y., dotsent, Itand.takhn.
nauk;-Jj~ ~Te.V~and.tekhn.naulq NIKIFOROV, G.N., dotsent,
kand.takhn.nauk; PZSINSON, I.B., inzh.; PRIM, le.A., doteent,
kand.takhn.nauk; PTATOT, Ta.N., insh.; ROXHCHIN, Te.Z.. inzh.;
FEDOROT, N.Y., prof,, doktor takhn.nauk; SHYAKTS, X,B*q inzh.;
UHIGORIN, G.G., dotsent. kand.tekhn.nauk; SHIFRIN, S*K,, prof.,
doktor tekhn.nau)c: POPRUGIN, I.T., insh., retsenzent: EATS. X.F.,
insh., retsenzent; ROTMERG, A.S., red.izd-va; VORONETSKATA,
L.T., takhn.red.
EKanual of water-supply engineering and sewerage] Spravochnik po
vodosnabsheniiu i konalizataii. kod red. N.F.Yedorova. Lenin-
grad, Gos.Izd-vo lit-ry po mtroit.. arkhit. i stroit.materialam,
1959. 410 p. (MIRA 13:3)
1. Moscow. tkosudarstvennyy proyektnyy inatitut Yodokanalproyekt.
Laningradskeye otdaleniye.
(Water-supply engineering) (Beverage)

AGRANCHIE, Ye.Z., kand.takhn.nauk; BMT. I.E., dotaent; MADKOV, A.M..
inzh.; GLUSKIX, S.A., inzh.; IVANOV, L.V., dotsent, kand.tekhn.
nauk; LIPKIN Ye.V.. kand.takhn.nauk; NIKIFOROV, a.N., dotsent,
kand.takhn,nauk; PZSZNSON, I.B., lnzh,; PRIGIR, Ye.A., dotsent,
kand-tekhn.nauk; PTATOT, U.N., inzh.; ROXHCHIN, Te.Z., insh.;
YEDGROT. N.P.. prof., doktor tekhn.usukg SHVARTS. R.B., inzh.;
SHIGORIN. G.G., dotments kand.takhn.nauk;.SHIPRIN. S.M., prof.,
doktor tekhn.nauk; ROTMTBM, A.S., red.izd-va; VCRONETSCATA,
L.V.. tekhn.red.
[water-suppiy and sewerage manual] Spravochnik po vodoanabzheniiu
i kanalizataii. Pod red. M.F.Fedorovs. Izd.2., ispr. i dop.
Leningrad, Goe.izd-vo lit-ry po stroit., arkhit. i stroit.materialam,
19606~ 420 p. (MIRA 13:12)
11 No cow. Vodokonalproyakt. Leningradskoye o deleniye.
Nat;r-supply engineering) --(Seweragel

TARaOV, P.B.. inzh.; BOKOV, R.G.. inzh.; LIPKIN, Yu.P., inzh.
Kaking and sinking large-diameter reinforced concrete shells
in winter. Transp. stroi. 10 no, 12:19-22 D 160. (91U 13:12)
(Archangel--Biidges. Concrete)