Chemistry Reference
In-Depth Information
[238]
I.S. Polikarpov, Evaluation of photooxidative destruction of lavsan filament.
Textile
industry
(1977), No 9, 76-77 (in Russian).
[239]
I.S. Polikarpov, G.I. Kotliar, Polarographic investigation of photooxidative destruction
of lavsan filament.
Textile industry
(1979), No 2, 63-64 (in Russian).
[240]
C.S. Foote, S.I. Wexler,
Am Chem Soc
. (1964), v. 86, 3879-3881.
[241]
A.M. Trozzolo, F.H. Winslow,
Macromolecules
(1968), v.l, No l, 98-100.
[242]
Ibiskovic Nadezda, H. Daves. Studies on modification of polyester fabrics. Alkaline
hydrolysis//
J. Appl. Polym Sci.
(1987), 33, No 2, 455-477.
[243]
V.N. Irzhak, Nonsoluble methods of MMP polymers definition.
Chemistry successes
(2000), No 8, 780 (in Russian).
[244]
Charlesby, D.K. Thomas,
Ргос. Roy. Soc
. (1962), А, v. 269, 104-124.
[245]
T.M. Buchneva, S.G. Kulichikhin, L.A. Ananiev, M.N. Petrova, Investigation of the
structure of modified PETP.
Chemistry and chemical technology
(1987), No 38, 972
(in Russian).
[246]
E.M. Azeishtein, L.A. Ananieva, O.P. Okuneva, L.V. Ignatovskaya, O.N. Verschak,
Polyester fibre with lowered combustibility //www.textile.dub.ru/science/science.aiz-
l.htm/2001.
[247]
Use of lowtemperature plasma for modification of fibres surfaces, membranes and
polymers for medical purpose //http.://www.rambler.ru/science/chemistry.htm/2001.
[248]
Method of PETP obtaining using diglycedilarylimidazoles and diglycedilalkyl ureas.
Patent of the USA No 4459390. Published in 1984 (in Russian).
[249]
V.Ia. Shlyарitokh, V.I. Goldenberg,
Europ. Polymer.
X (1974), v. 10, No 8, 679-684.
[250]
Iu.I. Matusevitch, L.P. Krul', N.R. Prokopchuk, L.V. Soloviev, Thermal stability of
stabilized amorphous polymers.
Plastic masses
(1987), No 12, 34-35 (in Russian).
[251]
Angelova, S. Voinova,
Thermooxidative stabilization of PETP
. Chemical-technological
institute, Sofia (1983), No 2, 123-126 (in Russian).
[252]
Bondareva, N.I. Grachek, D.V. Lopadic, G.K. Motolko, S.F. Dymoba, I.F. Osipenko
Synthesis of boro-organic compounds and their use for PETP thermostabilization.
“
Chemical fibres
” (1986), No 6, 24-26 (in Russian).
[253]
N.A. Dervoed, V.P. Rusov, N.G. Galakova,
Composite materials with increased
thermal stability on the basis of PETP.
III All-Union scientific-technological
conference, Moscow (1987), 83 (in Russian).
[254]
Z.I. Mironova, L.N. Smirnova, T.E. Rubezhova, V.M. Zharkov, N.A. Mukmenova,
P.A. Kirpitchnikov Stabilization of PETP by phosphorus-organic compounds.
“
Chemical fibres
” (197), No 3, 32 (in Russian).
[255]
G. Avondo, G. Vovelle, R. Delbourgo Effect of phosphorus and bromine on thermal
destruction of PETP//
Actes Congr. int. conpos. Phosphorus
, Rabat (1977), Paris, 283-
293.
[256]
A.P. Moryganov, Investipation of wear resistance and evaluation of the quality of
textile materials and finished products.
X all-union conference on textile material
science
. Lvov (1960), v.2, 50-51 (in Russian).
[257]
G.N. Smirnova, A.N. Golubeva, A.N. Bykov, V.F. Borodin, Some properties of
coloured polyester fibres.
Chemistry and chemical technology
(1970), No 10, 1509
(in Russian).
[258]
Angelova, V. Minaeva, S. Voinova, D. Dimetrov, Effect of some stabilizers on thermal
oxidation of PETP.
Chemical fibres
(1978), No 3, 19-20 (in Russian).
Search WWH ::
Custom Search