SCIENTIFIC ABSTRACT KOZLOV, D. - KOZLOV, F. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825820015-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 85
• Document Creation Date: November 2, 2016
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

K6zt6#j bi (f,)j 001
Author of article, Tonducting Small Arms Firo on Airplanes." Voye=yy
Vestnik, Moscow, No 8, Aug 54
SO: M 291, 2 Dee 1954

KDZLOV, D., podpolkovnik.
I -. ---: j~,, ." "I'Z, ,
f .~ ',-- ,, Night firing. Voon. 7ent. 35 no.8:37-39 Ag '55. (MIRA 1113)
(Rifle practice)

KOZIJOV. D., dpolkoynike
fterclues in marksmanship training. Voen-vest. 36 no.11:
27-32 11 156. (MLEA lOt2)
(Shooting, Military)

m t~Ay SXIY, I.K.. polkovnik,
_4-L __~ifovich, polkovnik; TILICHIN
red.; BUKO*-S-GU-,-]r.A., tekhn.red.
[Teaching how to ahoot movingtargets] Obuchenie strellbe po
dvizhushchimsia tselism. Hoakva, Toen.izd-vo 9-va obor.SSSR,
1960. 73 P. (MIRA 14:1)
(Shooting, Military)

NIKITENKOt I.,, polkovnikt KOZLOVq D.--,-Ipolko-%-,;:-,'j1-1
Training grenade throwers. Voen. vast. 39 no. 1:64-70 ja 160.
(MIM 14:2)
(Grenades)

Kozmv,-D.:. polkovnik
) ~i
A training exercise. Starah.~ -serzh. no,,ld6 .' '62. (INIRA 15~4)
(Shooting, Kilitary)

KOZLOV, D., polkovnik
Small arms fire on aerial targets. Voen. vest. 42 no.7:97-100
Jl 162~ (MIRA 15:6)
(Shooting, Military) (Antiaircraft guns)

S/018/63/000/001/002/003
A004A126
AUMOR: _~~ozlov, D.,-Colonel-
TITLE: Firing practice at aerial targets
PERIODICAL: Voyennyy vestnik,'no. 1, 1963,.113 7 116
fj
TEXT: The author points out that good results in firing practice with in-
fantry weapons at fast flying aircraft are attained if the firing is carried out
by whole sub-units which are well-trained. He enumerates the most essential
points that have to be considered in training the troops, such as terms determin-
ing the position of aerial targets in space and the nature of their flight, iden-
tification of aircraft types according to their special characteristics, deter-
mining the flight altitude and the distance to-the flying target, etc. He then
comments in detail on the technique of firing at aerfal targets with carDines,
sub-machine guns and light machine guns, and emphasizes the neoessity of-continu-
ous training in this respect.
Card 1/1

YENIKEYEVP Kh.M.; KO_Z_L_O_V9 D.N.; KRUZHILIN, M.P.; MEZHUYEV, B.N.;
NALCHAN, A.G.; kKULff,'A.I.; PANKIN, V.A.; SHAVIN, G.F.;
LESNICHENKO, I.I., red. izd-va; SMIRNOVA, G.V., tekhn.
redi
(Metal-cutting machines; kinematic adjustment of metal-
cutting machines] Metallorezhushchie stanki; kinematicheskaia
nastivika metallorezhushchikh stankov,, Pod red. A.G.Nalchana.
Moskva, Mashgiz, 1962. 179 p. (MIRA 16:2)
1. Moscow. Vsesoyuznyy zaochnyy mashinoatroitellnyy institut.
Kafedra "Metallorezhushchie stanki I instrtuneqty." 2. Prepo-
davateli kafedry "Me't'allorezhushchiye stankki instrumentyn
Vsesoyuznogo Zaochnogo Masbinostroitel Inogo instituta (for
all except Lesnichenko, Smirnova).
(Metal cutting) (Machinery, Kinematics of)

KOZLOV, D. 1-I., KFIVOUKHOV, V. A., R. E. S.
Vys(-,l:o!:koroZtnoe rezanie met.allov reztsani K1~11-.*K. (Ve. tn :",ac~l., 194F, no. L2, P. 37-
h2)
K Il FY ;initials of the Inventors and authors of tbi., Article.
Super hiLln-speed metal-cuttin'r with KPEK Cutters.
DLC: TN)4 .7,14
SO:: Manufacturing and Mlechanical Enpineering in the Soviet Union, Library of
Congress, 1953

EOZLOV, L. N.
Vnvdrenle vkororbioi o rezaniia irietallov. (VeLtn. Nw-h., TA9, no. c., rl. 1-3-0)
IntroducinF hiFh-speed metal-cuttinE.)
LCL: 1"lli.V4
SO: "I'Muf act ur-IrIF and Mechanical Enf-ineering in t he Sovi~-t. Union, Lil-rarv of
ConFress, 195,3-

': -- ~' T iD~ -
Eli- ~,) r.. ::.
. I r
.1pic, of, in i *~ C, , - 1 : -i -- i I ~ I - I
lclj-cl. 186 P. (53-29907)
Vl-W,, fl.H Q-5

-onov' D. if.
Technolo,,,y
Booklet for the milling machine operator in h shlp-renfLir nlant.
Moscow, "Horskoi transnort", 195?
vionthly List of Russian Accessions, Library of ConCross, Jime .1,963, U-1cl.

KO:,*LOV, D. N.
Pandatka sverlovshchiku sudoremontnogo zavoda finstructions for drill
operators in ship-repair yard2s.. Voskv--, Vodtransizdat, 1953- 36 p.
.-"0: :'.ontbly Lict of Hussian Accessions, Iol. 6 r~o. 11 ?'ebruary 1954

KOZLOV, D. N.
Pamiatka tokariu sudoremontnogo zavodafinstructions for lathe hands in ship-
repair yardS- L"'Oskva, Ilodtransizdat, 1953. 52 P.
,0: 'Monthly List of Russian Accessions, vol. 6 fb. 11 February 1954

KOZLOV, Dmitrly Nikitin, kandidat tokhnichaskikh nauk, dotsent; SPIRI-
redaktor; AUKSAMOV,L.A., redaktor; VOLKOVA.Ye.,
toldmichaskiy redaktor
[Repair of equipment in ship repairing enterprises] Remont
oboradovanila sudoremoutnykh prodpriiatil. Moskva, Iz4--vo
"Morskoi transport," 1955. 462 p. (KWA 9:4)
(Shipyards)

KARATYGIN, A.M., kand.tekhn.nauk, dotsent; KOZLOV, D.N., kand.tekhn.nauk,
dotsent - . -
High-speed boring of cast iron and
trudy MPI no-7/8:49-61 158.
(Drilling
steel in a heated state. Nauch.
(MIRA 14:12)
and boring)

KGZLOV, D.P. ' -
Study of the helminths of animals belonging to the fomil-y
Canida(-.~ of tho Par East. Trurl,.r Gellm. lab. 13:56-7 t63
tZA 170)
First caou of the, discovery of Thelazia callipaeda Raillet
et licnry, 1910, in man in the U.S.S.R. Ibid.,.75-77
Study on the blolory of Thelazia callipaeda Bailliet et
Fenry, 1910. Ibid.: 330-346

SUITAITOV, M.A.; RTZHIKOV, K.M*. KOZLOV, D.P,
Nematode parasites of wild birds of the A= Darya estuary. Uzb.
biol.zhur. no.10843 160. (MIRA'13-.6)
1. Ge'l-Imintologicheakeya laboratoriya, AN SSSR.
'P&USITRS--B2DS) (MM D"YA VALLZT.--NMTML)

RIZHI13DY, K.M., KDZIOV, D.P.
Tatrameres cygni, a new nematode from swans of Takutia. Trudy
Gellm. lab. 10,188-191 160. (MIRA 13 W)
(Takatia-Nematoda) (Parasites--Swans)

KOZWV, D.P.
Detection of Echinococcus and Alveocrccus in animals of the
family Canidae in Khabarovsk Territory and Kamchatka. Trudy
Cellm.lab. 11i122-125 161. (~LIRA 15:12)
(Khabarovsk Territory-Tapeworms) (Kamchatka-Tapeworms)

KOZI,Ovf D.P.; KONTRIMAVICHUS, V.L. (Kontrimavicius, V.L.]
Distribution of triobinelliasis in wild and domestic carnivorous
animAls in some regions of the Far East. Trudy Gellm.lab.
11:126-129 161. (MIRA 15:12)
(Soviet Far East-Trichins. and trichinosis-Host animeLls)

SPASSKIY, k.A.; K
Work of the, Kamchatka Helizdntholo ical E)qiedition (317th AU-
Union Helminthologioal Expeditioni in 1959-1960. Trudy Gellm.
lab. lls432-434 161. (MIRA 15S12)
(Kamchatka,-Worms, Intesti4al and parasitic)

KOZLOV, D.P. ___
Deciphering tha developmental cycie or the nemat(Ae Thelazis calli-
paeda parasitic in the eye of man and carnivorous mammals. Dokl.
AN SSSR 142 no.3:732-733 Ja 162. (MIFU~ 15:1)
1. Laboratoriya gel'mintologii AN SSSR. Predstavleno akademikom
K.I.Skryabinym.
(KHABARME TERRITURY-NDIATODA) (EYE--DI~;EASES AND DEFECTS)

KALININAY Vera Potrovna-KOZLOV Dmitrly Petrovich, BELOTELOVA, M.V.,
otv. red.; RN wummr,-K.G.) tokJm. red.
[Inectriciall of runicipa; telephone exchanges IYonter gorod-
skikh teleformqkh stantaii. Moskva., Sviazlizdat, 1962. 205 P.
(MlitA 15:11)
(Telephone-Handbooks, manuals, etc.)

KCrZ.LOV, D.P.; OV.5YU?.L
OVA, N.I.; RADKEVICH, Zh.j:.
A -ew species of nematcdes Cylicospirura skrjabinil (Spirurata) from
arctic foxes and common foxes. Trudy Cze!'M. lab. 164.
(MIRA 17*10)

AtIASTASIYFVI*B.I*,,Inzh.; YERMNt V.-M4, inzho; MJROV,
BGM*, inzh.j SAPOZHNIKOV, V*A.p inzh,,j ROMANOVA V.G*., inzh.
Automatic unit'for foessuring pipe 1,-.ngth. Mekh. i nytomsproizv.
19 no.3-.7-9 Mr 165. (MIRA 186/,)

VIASOVAq K,11.; NOSOVAq L.A.; KOZLOVp D.V.; 21ATONOVp V.F.
Use of polyamides in the frictic* parts of motor vehicles* Plasto
massy no,1:38-46 161. (MLRA 140)
(Motor vehicles) (Polmides~
(Bearings (Machinery))

SM"UNZY, S.B,; KOZLOV. R.Aq NEPLYUYEV, VA
Terminal groups of polyhedric protein formed on infecting
the mulberry ailWorw;vith nuclear polyhodrosis virus.
lBortelinavirus bombyets-). Ukr. khim. zhur. 29 no.2:177-180
163. (MIRA 16W
L Institut or anicheekoy khimii AN UkrSSR.
fProtains) (Virus research)

X07,LGVP E.A.; SHEWHUX, G.N.; SEMORYANYY, S.B.
Qualit
,~tive and qugftUtative determination of amino acids in
distil~6rls molaoses vastes. Ukr. khim. zhur. 29 no.4:45~458
163. (MIRA 16:6)
1. Institut organicheskoy khimii AN UkrSSR i Ukrainskiy
nauchno-issladovatelloldy institut, spirtavoy pro hle sti.
tT nno
(Distilling industries-By-produc 8
(Amino acids)

IZVCIIZNKO) Ye.S.;..KOL~I KIWANOV, AN.
14-carbothoxyarenaimino sulfonyl chlorides. Zhur.ob.khim. 31 no.7;
2381-2385 M 161. (MIRA 14:7)
1. Institut organichoskoy khimii AN UkrainBkoy SSR.
(Sulfonyl chlorides)

LEVCHENKO, Ye.S.; kO~LOV, Et�_.- KIRSMOV, A.V.
Esters of N-carbethoxyareneiminosulfonic acids, Zhur.ob.khim.
32 no.3:882-886 Mr 162. (HIRA 15:3)
1. Institut organichaskoy kbimii AN Ukrainskoy SSR.
(Sulfanic acids)

LEVCHENKO, Ye.S.; KOZLOV, B.Se; MMANOV, A.V.
Phenyl esters of arenimino sulfonic avids. Zhur.ob.khim. 32
no.8t2585-2592 Ag t62. (KMA 15:9)
1. Institut organicheskoT khimii AN Ukrainskoy SSR.
(SU.Uonic acid (Esters)

LEVCHENKOt Ye.S.; KOZL4DVt E.S.; KIRSANOV9 AN.
Amides of areniminosulfonic acids. Zhur.ob.khim. 33 no.2:565-
571 F 163. (KMA 16:2)
1. Institut organicheskoy kbimii PLN Ula6SR.
(Sulfonamides)

Acd -NR-AT66-23931 SOURCE CODE: UR/3220/66/000/001/0059/0066
AUTHOR: Kozlov, E. S.
ORG: none
TITLE: Method of formation of symbols in displayinginformation on an electron-boam
-tube
SOURCE: Tsifrovaya vychislitelinaya takhnika 1. programmirovaniye, no. 1. Moscow,
1966, 59-66
TOPIC TAGS: digital computer, display tube, information processing.,
AA'_ +'.0' ha--_
ABSTRACT: Various well-known methods,of character display on a tube screen, such as
the shaped-beam method, Lissajous-figuro method, raster-scan method are briefly
reviewed. A method suggested by S. G. Chao (Electronics, Oct., 1959, 116-11e), in whic]
the coordinates of each symbol element are delivered to the display tube as definite
height pulses deflecting the beam (raster sweep), is held to be better than other
methods. This method: ka) permits obtaining any complex symbol configuration, (b)
obviates the necessity for a special symbol-element storage, and (a) permits
higher frequency of synbol shaping. The article very briefly describes a single-
coordinate pulse shaper that operates on the above principle. The frame-repetition
frequency of 25 cps was selected which, for a 1024-character matrix and a 32-pulse
system, gives an element frequency of 819200 cps. The coordinate deflection is
Cord

r, '~899-,)-66
ACC NRi AT6023931
0
achieved electrostatically (31LO33 tube); the line and frame deflect-ion, magnetically.
Sixteon lines with 64 symbols per line are used; flyback time, under 100 f4sec.
A block diagram is supplied. Orig. art. has' 3 figures. (031
SUB CODE: 09 / SM nATE. none / ORIG REF- 001 / O7H REF: 009/ ATD PRFSS-.6-
04,5-b
Card 212

L 048,13-67 rum
ACC NR, ANU00244
SOURCE CODE: UR/
AUTHOR: Mzlov,.-E, S.; Drach, B. S.
0 RG :Institute of Organic Chemlstry, Al. SSSR (Institut organicheskoy khImil
AN SSSR)
"Some Conversions of TrichlorophosphazomethyliDimer"
Moscow, Zhurnal ObBhchey nimil, Vol )6, ljo 4, 1966, P 760
&bstraot: Trichlorophosphazomethyl dimer is converted by photo-
chemical chlorination to trichlorophosphazo4L-.richloromethyl
monomer -- the most simple representative of the trichloro-
phosphazoperchloroalkyls. When trichlorophosphazotrichloromethv1
monomer is treated with sulfur dioxide or an equimolar amount
of formic acid, -the known N-diehlorophosphoDyliminophosgene is
formed In quantitative yield.',, The dimer of trichlorophosphazo-
methyl is readily flMor by antimony trifluoride and gives
4,4-hexaf luoro-
the previously diffloulty aooessible 2o2#2,4
1,3-dLmethyloylcodIp499pha;ane In high.y1old
The authors thank A. V.
Kirsanov for assistance and advice in this work. JJPRS: 37,177]
TOPIC TAGS: chlorinated organic compound, fluorinated organic compound, organic
azo compound
1/2 UDG:

I
L 0,1843-67
I
I
ACC NR, Ar7000244 I
I
6 1 1
SUB CODE: 07 / SUBM DATES 25 Sep 65 / ORIG REFS 002 / OTH REFS 002
-4
--L -
la .. !
~ I

, ~ B.S.;. POLGORODIJIK, V.P.; VI'ID'DERG, IJ".,
NIKOLAYEV, N.S.; KQZLOV.
kand. tekhn. nauk, retsenzent; V054IMSEVSKIY, N.N., in2h., red.;
SKMKOVA, G.V., tekhn. red.; GORDEYEVA, L.P., telchn. red.
[The US14-1 analog computer for solving boundary value problems of
equationo in mathematical physics]Analogovaia matematicheskaia r.&-
shina Ual-l; dlia resheniia kraevykh zadach uravnenii mate-,,~4aticlie-
skoi fiziki. Moskva, Mashgiz, 1962. 293 p. (HURA 15:12)
(Analog computers)

.~:t 8443-66 EM(d)/EWP(l) W(cl: WOG:~
ACC MRs AF5
025747 SOURCE COM UR/0286/65/0o6/(aa/bo"/bo"
AUTHORSs Noslov, 1. 8.'i lyunlkcw~:V, 3i IVY
010 1 none
AA
TITLEs. An slootric analon gonutef. for, 801VIA;L boundary value problems vith a
moving phase boundary.. Class- 42j' No,~ 17056 . Z6nounced by Scientific Resojoh In-0:
stitute of Cop Atters (1kuchno-iselsdc:T%tel1sk1y institut upravIyayushchikh
.k01 Cam
TychislitelinyWmashinU, AA
SOURCE: Byulleten'. liobrietenly' i.'tovartWkh nAkov.. no. 18j 1965.. 95
TOPIC TAGS.I.analog.computert.boundary value problem, computer calculation.
ABSTWT; IhIs Author Certificate presents an electric analog computer for 1301VL4
boundary value problems with s-.moving phase boundary, The computer-containo units
a a ine
of pecial netvork., boutularyvouditionsy non]. ar boundary conditions, and re-_
cording units, To elaulate changes in the ph;rsical properties of substances, caused
by an external inf2usnoej it contains a~ combined nodal point (Consisting or auto-
matically controlled - resistance's and, capacitances) and svitching circuits operating
from the potential of the vadal.points',.Thapotential Is autozatlcally~connected to
the nodal V~6int, of tbgi ~ integrator, which has arbitrarily sist integration limits*
h &1_L I?ftt of +
7 e no P0 controls switching devices for sluilation Of the
'he
latent heat of fusion (nolldification) of substancese
SUB COM 09/ SMW IMU164
V 1~
Card A

L 11442-67
I_ACC MR, jT175023935 SOURCE CODE: UR/3220/66/000/001/0103/0115
,AUTPOR: -Kozlov, E. S.; Tyun'kov, V. S.
ORG: none
ITITLE: The use of digital logic elements of the Ural 10 assembly in analog devices
Ifor solving boddary value problems
SOURCE: Tsifrovaya vychislitel'naya tekhnika i programmirovani e, no. 1, Moscow, 1966~
103-115 1
TOPIC TAGS: logic element, analog digital computer system, analog computer,
computer design -
ABSTRACT: This article examines the feasibility of using logic units of the Ural-iO
assembly in network analog computers. Specific examples given of the operation of
logic assemblies in these devices are in the boundary condition block, the synchronize
of this block, the frequency divider, the decade scaler, the boundary-condition auto-
matic input, and the block controlling entry of parameters in the automatic resistance
network. The results of using elements from digital technology in analog devices are
reported and paths are marked out for further development of the concept of digital-
analog combinations for solving boundary value problems. The main advantages of com-
bined action are the drastic reduction of planning operations for electrical and
functional circuits, the unification of designs and uniformity of elements enabling
Card i upco 681-'142-343.6

L-11442---&7-- __
F4~C NRi AT6023935
0
digital experience to be applied in planning units in analog networks, thus simplify-
ing labor in making mockups of these systems and the reduction of assembly error,
which is very important in debugging computers in general and network analog computers
in particular. The reliability of Ural-10 subassemblies is so great that when blocks
are correctly assembled they are ready to work and need scarcely any debugging. The
future will see great development of the use of digital elements in network analog
computers. This progressive step creates the real prerequisites for the creation of
digital-analog complexes having the properties of digital computers and a network
electric model, of particular use in solving complex engineering problems in the oil
industry, chemistry, construction, and other fields in the national economy. Orig.
art. has: I formula, 1 table, and 9 figures.
SUB CODE: 09/ SUBM DATE: none/ ORIG REF: 007/ OTH REF: 001

KOZLOV, E.V.; POPOV, L.Y6.
Theory of the hardening of ordered oolid solutions. Dokl. AN SSSR
152 no.3.-595-597 S 163. (MIRA 16.-12)
1. Sibirskiy fiziko-tekhnicheokiy institut pri Tomskom gosudarstven-
nom universitete -Im. V.V.Kuybysheva. Predstavleno akademikom G.V.
Kurdyumc)vym.

POPOV, L.Ye.; KOZLOV, E.V.
'j.1
'-~Inwing down of dislocations in superstructures. Izv. vye.
ucheb. zav.; fiz. 8 no.4:11-16 165. 18~tl2j!
1. Bibirskiy fiziko-tekhnichpskly inatitut imeni V.D, K-azretsova,
Submitted June 6, 1964.

KOZLOV, E.V.
A possible mechanism underlying the hardening of tightly
packed solid solutions. Izv. -,rys. ii-cheb. zav.; fiz. no. 31
171-172 164. (KRA 17t9)
1. Sibirskiy fiziko-tekhnichaskiy institut pri Tomskom
gosudarstvennom universitete imeni. Kuybysheva.

L.yc.; E.V.
_L11 !. -;-_ -, -
V.,-~ory of' tlif, hardening of' ord(~rccl i3olid soluti=3. Fiz. met.
i rletallovcA. 17 no.5:755-759 Ity 164. (IfJIm r-9)
1. I;ibirskiy fiziko-takhnicheskiy institut.

KOZLOV) F.V.; POPOV, L,Ye.
'Theory of the yield point of' orderr,-: solid oolutions. Fiz. me,.
i metalloved. 18 no.6:939-940 1) 164.
(I'URA 18:3)
1. Sibirskiy fiziko-tekhniclieskLy instlt,,!t.

POPOV) L.Y9,; KOZLOV, F.V.; KOZHEMYAKIN, N.V.
Theory of concentration inhomogeneities along the antiphaspd
boundaries in ordered solid solutions. Izv. vys. ucheb.
zav.; fiz. 9 no.1:129-134 165. (KRA 180)
1. Sibirskiy fiziko-tekhnicheskiy institut pri Tomskom
gasudarstvennom universitete imeni Kuybysheva.

KOZLOV. E.Ya.
Processing of polyester fibers-in foreign countries sizing and
finishing. Taket.prom. 22 no.32t76-78 D 162. IMIRA l6sj)
1. Glavnyy bibliograf TSentraltv U.' nauchno-tekhnicheskoy
biblioteki legkoy pronVshlennostl.
(Taftile fibers, Synthetic)

KQZLGV9 F., polkovnik
Vital and valuable experience, Starsh.-serzh. no.5-.9 YT 063.
(KEU 16 t 10)
1.,

21-1320 i"T 210
C'OV189 -18 -1 -4/29
AUTHORS: Kirillov, P. L., Koziov, L _11--_11 Subbotin, V. I.,
Turchin, N. M.
TITLE: Purification of Sodium From. OxWezi 'and 1+~thodZ3 of
Control of Oxide Content,
PERIODICAL: Atomnaya energiya, .1.960, Vol. 6, N" 1, I)P 30-30' (USSR)
ABSTRACT: Oxides In sodium used in lictilld heat exchanirer:3 in
reactors produce corrosion and tend to produce deposits
in cooler parts of the contours which can cause clog-
gin.-. The authors investigated, therefore, cold traus
4
for oxides and a plug ndicator
for oxides. They
wanted to avoid chemical methods ;-Aiich, beside3 being
complicated and time-con~3uirilnn-, become extremely
complex In the case of radloa!~,(-.I%re -;od1_wa. The 3etup
on Fig. 2 utilizes ~iie rclation between
the solubility of ~.~Odj_ um,;md its temperature.
I i':.- -- 21. 7. 10
Card 1/10

Purification of' S'odium From Oxides 7~1 210
and Methr)dO of' Control of 07.1(P4
Content
Card 2110
,Mi~- e W 1.,3 Oil' t~ is
tellip "rat, (o C) D, 111111-
of o,--l-ide content. 4-,.oon teml)(2vaturc- drop3
below the temperatu.re of sat-uration for oxides in
sodium precipitation takes place, cloC-ing the slots
on the main valve, arid the f1c),.,j oC sc)~Iium decreases
as Shown 11, Fic. 3. The aut-hor,3 -:arled o,;-ygren Qoncen-
tration from 0.002 to 0.11/,,' viel-ght, the temperature
from 110 to 5500 C, and the size of' slots from 0.5 x
I
x 0.5 mm to 1 x 1 riml. The number of slots should be
10 to 15 to reduce effects of accidental cloGging.
The readings were independent of the cooling rate of
sodiiLm while the oxycL,,en concentration varied betaeen
0.008 and 0.02%, 1,,,eigI-,t, the inetal velocity between
2.5 and 13 m/sec, and the rate of decrea3e of the
valve temperature betwer-,n 0.3 and -")-70 Table 3
shows comparative data fi ethod described hert,
and the chemical analys.-I.s. The authors investigated
the cold trap shown in Fit-. On ti- -Iq- f ic-ure. I
~:

Vurificatlon of Sodium From OzIdus
and Methods C)P Control Oe Oxidt"
Content
Jowr
0
0 )/29
Flt~. 23. Con~;truction of pluf,, indicator of oxides: (1) -
basic valve viith radial in th(-, disk stopping the
o-xlde, (2) sodiutn-fl' 11('at exchame;(3) flow meter; (11)
throttle 121ve e ~or temperature
Card 3/10 men 3 a~ teYogE,; 11g, pot.
measure

Purification of Sodium From Oxides 1-7210
and Methods of Control of Oxide
Content
Fig. 3. Examples of regluterk:,,d curves of flow arid
temperature of soditun on the lterati,.,,e (secondary)
oxide indicator. (1) L-,if of magnetic flo-.,j meter; (2)
temperature of the flap of the basle vall.re.
Card 4/10

Purification of Sodium From Oxides
and Methods of Control of Oxide
Content
77210
SOV/89-8-1-4/29
Table 3. Oxide content Ln the trap determined by
the two methods, in 9.
Number of the trap Data from the Date from the
indicator of gas analysis
oxides
1 890~-100 1,0001-500
10 4,75o-;7oo 6,2007900
Card 5/10

Purification of Sodium From
I
I
Oxide;3 and Met)iods o' Control
of OxIArt
77210
Sov/89-8-1-4/29
Fig. 5. Construction of cold trap. CapacitY, 32 1
Card 6/10 of sodium,

Purification of Sodium From Oxides 77210
and Methods of Control of Oxide sov/89-8-1-4/29
Content
represents a Jacket containing toluol as cooling agent.
Toluol evaporates and then condenses on the water-
cooled tubing 5. 2 is the main cylindrical container,
with an Inner cavity filled with chips or wires from
stainless steel. This sutup is safe against possible
escape of sodium. 6 is a settling tank for oxides,
and the cone 7 slows down the flow of !netal through
the settler. A nichrome heater at 4 provides pre-
liminary heating" The reduction of oxygen concentration
In sodium can be computed front the (,,quatlon of matter
balance:
)'1'(/C fir,
Card 7/10
where V is volume of sodii.un In the contour in m~.'; c
is concentration of oxygen in sodliun in % c',
solubility of oxygen in the metal at temperature t' in

Purification of Sodium From Oxides 77210
and Methods of Control of Oxide Sov/89-8-1-4/2a
Content
% weight (t' is lowest t~emperature of' the metal in the
trap); Q flow of metal throur--h the trap in m3//h;
specific gravity of he metal at the temperature of
the contour, in lcg/J; n5 , operating time of the trap
In hours. After diticuscLnir the condItiono of valldity
of Eq. (2), the authors perform the Integration and
obtained:
r = C, + (CO -n (3)
where c0 is original concentration of oxygen in sodium;
n is number of times the whole amount ~feodiam passed
through the trap during time Z ; n -- --T- * This
equation was used as a check on experimental results
since a removal of oxides from the trap raised the
experimental points above the calculated ones. The
Card 8/10 authors give detailed data about experimental results

Purificatlon of' Sodtam Prom Oxidi-,r;
and Method~ oC Control of 0-lide
Content
1,1.!,i~, i
OV
wl.'h t,.,.,c) traps of dIff ~rcnt Thv- concluded that
th~-r, cold trap can veduce Wie con"e.-.1- o` ox-y-en in
sodium down to 0.002% ".'hat an,,, required reduc-
tion Is possible 1; ,--fr proper adj-stvlerit of op,--ratiiic,
condit '1.on~3, that the ef,ficlency of' 'Uhe trap Increases
after some oxides are already dcpo,-!ited; that chips
in the trap work better than wire of 0.5 mm diameter,
and that the capacity of the trap It-icreases -;ith the
velocity. The authors also -,,,arlation
of' the concentration of' ozyl~~;,:--n as a furciAon of n (the
e.-,perimental points f'ollo,,.j al.tite, the I.-heoret"l-cal
curve from Eq. (3)) and tht2 tea%lpt7ratuve
di2tribution InsIde the i.-Irap. Tht.-re arc 4 tables; 17
flg,ures; and 15 refel-Cil;---es So,;iet, 2 U.K. , 5 U. S.
Tile 5 'I'lloSt recent U.K. aind U.S. are: it.
McIntosh, K. J. ll-rit .
1,,1r 1, 15 (1958); J - White, Nucl S,-, ~l P~bstl- 15,
8290 (1957); 0. Salmoc-, T. Cas~tirian, J. Inst. IMetals,

2i0
P~.,,rlfica`ion of Sodiuvi From Oxide:,- I
and Methods of Control of' Oxide s ov,,~,*,s Q- -,91 - i -
Content
SIJBIMITTED:
(lqi56)1: J. Gi,;-.,f,, R. Neol, B. Vooi~hoso,
.14, flIr 10, 34 (1956 1-1. J. An,,ei,.
Chem. Ew,r, I'--'
April 20, 1.91)9
Card 10/10

I 2/G04/0 1 1 /'~-l 4
AUTHCR: -J:Ozlov, F. A.
TITLE: Gasometric and Gravizietric methods of assa3rin,~ sodiu:a for ~Jto
oxy-en. content and their application to an analysis cf tho
content of oxide traps
PERIODICAL: Atomnaya enerelyal v. 12, no. 4, 1962, 332-3A3
7;'XT : Two methods are proposed 'or determininG the total and the s-3ecific
oxyCen content in cold traps which are used in sodium purification. The
-e~-aso.metric method is based on a measurement of the volunes of H, and
and the NaOl: concentration (C) in the reaction of Na and its oxidc-s with
viater or, rC 2 H5OH . The quantity (G) of oxides is calculated from
0 -INa 20- v Naoll CIffloff - v H2 where M are the molecular "veit;;hts and
N a,,, 0 2 ( M IlaOll v0
Zhe
V
molar gas volume. The reaults obtained at:ve~, with thcFe obta-;noA Iny
0 . I
the indicator method within the error limits. The gravimetric method is
based on the high difference between the specific weight of "la and that
Card 1/2

S/08q/62/()12/-3r;4/O1 11/014
Gasometric and gravimetric ... B102/B10,11
of its oxides. The oxide concentration in a sample of volume V (CM3 ) and
weight G (tr) is calculated from C - 7 (C - 7, V)IG(-l - 7'
Ila20 '[a lia20 Lt
y - speciffic weight. The error due to impurities is less than 0.11-j. 'There
2 fi,
are I -ures, 2 tables, and 4 references: 1 Soviet and 7 non-Soviet, The
three references to English-language publications read as follows:
L. Pepkowitz, W. Judd. Anal. Chem., 22p 1283, 1950i I. White, Ross ',7.
Rohman. Anal. Chem., 26, 210, 1954; 7 White, Nucl.'Sci. Ab3tr. 15, 909,
195-17.
SUB11ITTED: March 23, 1961
Card 2/2

SUBBOTIN, V.I. (Moskva); KOZLOV, F.A. (Moskva); IVANOVSKIY, N.N. (Moskva)
Heat transfer to sodium under the combined action of free and forced
convection and with precipitation of oxides on the heat exchange
surface. Teplofiz. vys. temp. 1 no.3:409-1,15 N-D 163. (MIRA 17:3)

KO '1011, F
T7.. I p I
Oirl r cq
1845)

PIKCHURIN, T.N, I-PATULLINI, R,Fh.; KOZLOV, F~A,
Effec-,-', of '-,he pow-,, supplied .1, ',-it:3 or diarrczt~~z- or, !_rr-l
Indices of their oj-,~ratlor. ,)ur,,r,4--- 16 ;, (M-I, F A 1 F -., ~.`
1. Trest "Alliie-lu-tyevbitrrc-l'tl'l.

-66 E PA s.72/RJT PF (n) /El
L1227 m) F_PF(c)/C IA(O)/T/E'dP(t)/EiIP(z)/EVIP(b)
L7101Y
ACCESSION NR; AP5023777,w~ 41JOBIV41 UR/0089/65/019/003/0298/0300
621.039.534.6
AUTIJ
_~jqv ~P. L.; Kozlov~ F. A..,
OR: SubbotLn, V. I TYININORY *i-12A
Makarov, V. Mi
TITIE: Removal of the products.of interaction with water from sodium in a
circulation loop,
SOURCE: Atomnaya energiya, v* 19, no. 3, 19651 .298-300
TOPIC TAGS: sodium, sodium compound, nuclear power plant, k~quid metal cooled
reactor
ABSTRACT: In high-capacity.n!!Slei~rjower plants, the use of a sodium-water
-transfer wall is very.promising.. However a
steam generator with a single7heat
substantial amount of water may reach the sodi= loop' and an important problem
is the removal of products1ormed by.the.reaction with water from the sodium.
The present study is ma:de* in.a' standard sodium circulation loop. The. removal
of sodium hydride is investigated by introducing hydrogen and using a cold trap-.-...
to filter the sodiumf'~-Experiments,on removal of products of the reaction with
water
4Na + H 0 -41, Na 0 + 2NaH
2

--, r K,CZ,,LCV,,-~,.A-*; AlUONOV, I.N.
~ " - e, -
Dependence of tho heat conductivity of sodium, on the oxide
concentration. Atom. enerC. 10, no-4:391-392 0 1654
(MIRA 18:11)

k J-
n r ca s n 9 ho e c r-,
Nef t. 43 110.8.2

SOURCE CODS I ~IV66JT165161~100410)911()392--~
AUTHOR: Kozlov, F. A.; Antonovo 1. 11.
ORGi none
TITLE: The depondence of sodium heat conductivity upon the concentration of oxides
SOURCE: Atomnaya energiya, v. 19, no. 4, 1965, 391-392
TOPIC TAGS: 130;zz -Qatr- , A.1 34- q1!414-MftC"1 F'MF94#%A PARF A"_ 7WZ-AA))4,L
0dAJ4D0r_'r/0A)2 LJc)0!0M., 0,4