RRII Library Search for 'au:"Sakdapipanich"'

Cationic cyclization of deproteinized natural rubber latex using sulfuric acid

By Riyajan S.
Kautschuk Gummi Kunststoffe 2006 .
104-109

]]> Place hold on Cationic cyclization of deproteinized natural rubber latex using sulfuric acid

Characterization of Hevea brasiliensis rubber from virgin trees: A possible role of cis-polyisoprene in unexploited tree

By Sakdapipanich J.
Rubber Chemistry and Technology 1999 .
299-307

]]> Place hold on Characterization of Hevea brasiliensis rubber from virgin trees: A possible role of cis-polyisoprene in unexploited tree

Characterization of purified skim rubber by alkali treatment for pressure sensitive adhesive application

By Nawamawat K.
Kautschuk Gummi Kunststoffe 2008 .
147-151

]]> Place hold on Characterization of purified skim rubber by alkali treatment for pressure sensitive adhesive application

Characterization of the large and small rubber particles in fresh Hevea latex

By Sakdapipanich J T.
Rubber Chemistry and Technology 2002 .
179-185

]]> Place hold on Characterization of the large and small rubber particles in fresh Hevea latex

Comparison of color substances of Hevea brasiliensis natural rubber

By Sakdapipanich Jitladda.
Rubber Chemistry and Technology 2007 .
212-230

]]> Place hold on Comparison of color substances of Hevea brasiliensis natural rubber

Depolymerisation of highly purified natural rubber.1.Metal-catalysed oxidation of deproteinised natural rubber

By Sakdapipanich J T.
Journal of Rubber Research 2001 .
10-Jan

]]> Place hold on Depolymerisation of highly purified natural rubber.1.Metal-catalysed oxidation of deproteinised natural rubber

Dynamic mechanical and physical properties of cyclized natural rubber blends

By Riyajan S.
Kautschuk Gummi Kunststoffe 2008 .
665-670

]]> Place hold on Dynamic mechanical and physical properties of cyclized natural rubber blends

Effect of gel on the green strength of natural rubber

By Kawahara S.
Rubber Chemistry and Technology 2002 .
739-746

]]> Place hold on Effect of gel on the green strength of natural rubber

Effect of non-rubber components on storage hardening and gel formation of natural rubber during accelerated storage under various conditions

By Yunyongwattanakorn Jintana.
Rubber Chemistry and Technology 2003 .
1228-1240

]]> Place hold on Effect of non-rubber components on storage hardening and gel formation of natural rubber during accelerated storage under various conditions

Gel formation in natural rubber latex. 1.Effect of (NH4)2HPO4 and TMTD/ZnO additives

By Tarachiwin L.
Rubber Chemistry and Technology 2003 .
1177-1193

]]> Place hold on Gel formation in natural rubber latex. 1.Effect of (NH4)2HPO4 and TMTD/ZnO additives

Highly-purified natural rubber by saponification of latex: Analysis of residual proteins in saponified natural rubber

By Yunyongwattanakorn Jintana.
Rubber Chemistry and Technology 2008 .
121-137 , Source Year: 2008

]]> Place hold on Highly-purified natural rubber by saponification of latex: Analysis of residual proteins in saponified natural rubber

Influence of some non-rubber components on aging behavior of purified natural rubber

By Tuampoemsab Surakit.
Rubber Chemistry and Technology 2007 .
159-168

]]> Place hold on Influence of some non-rubber components on aging behavior of purified natural rubber

Long-chain branching and mechanism controlling molecular weight in Hevea rubber

By Sakdapipanich Jitladda Tangpakdee.
Rubber Chemistry and Technology 1999 .
712-720

]]> Place hold on Long-chain branching and mechanism controlling molecular weight in Hevea rubber

Phospholipids associated with natural rubber molecules inducing long-chain branching. Part 1.

By Rojruthai P..
Kautschuk Gummi Kunststoffe 2009 .
227-232

]]> Place hold on Phospholipids associated with natural rubber molecules inducing long-chain branching. Part 1.

Phospholipids associated with NR molecules inducing long-chain branching. Part II. Analysis of phospholipids

By Rojruthai P..
Kautschuk Gummi Kunststoffe 2009 .
399-404

]]> Place hold on Phospholipids associated with NR molecules inducing long-chain branching. Part II. Analysis of phospholipids

Physical property changes in commercial natural rubbers during long term storage

By Yunyongwattanakorn Jintana.
Rubber Chemistry and Technology 2006 .
72-81

]]> Place hold on Physical property changes in commercial natural rubbers during long term storage

Preparation of functionalized low molecular weight natural rubber latex using solid nanometric TiO2 film as a photocatalyst

By Sakdapipanich Jitladda T.
Rubber Chemistry and Technology 2005 .
597-605

]]> Place hold on Preparation of functionalized low molecular weight natural rubber latex using solid nanometric TiO2 film as a photocatalyst

Processing properties of various grades of Thai natural rubber

By Sakdapipanich J T.
Kautschuk Gummi Kunststoffe 2007 .
380-388

]]> Place hold on Processing properties of various grades of Thai natural rubber

Properties of peroxide cured highly purified natural rubber

By Nimpaiboon A.
Kautschuk Gummi Kunststoffe 2012 .
55-59

]]> Place hold on Properties of peroxide cured highly purified natural rubber

Recovery of deproteinised small rubber particles from skim natural rubber latex: effect of some inorganic salts

By Sakdapipanich J T.
Journal of Rubber Research 2002 .
10-Jan

]]> Place hold on Recovery of deproteinised small rubber particles from skim natural rubber latex: effect of some inorganic salts

Relationship between particle size and molecular weight of rubber from Hevea brasiliensis

By Tarachiwin Lucksanaporn.
Rubber Chemistry and Technology 2005 .
694-704

]]> Place hold on Relationship between particle size and molecular weight of rubber from Hevea brasiliensis

Role of naturally occuring lipids and proteins on thermal aging behaviour of purified natural rubber

By Tuampoemsab S.
Kautschuk Gummi Kunststoffe 2007 .
678-684

]]> Place hold on Role of naturally occuring lipids and proteins on thermal aging behaviour of purified natural rubber

Role of phospholipids and proteins on gel formation and physical properties of NR during accelerated storage

By Amnuaypornsri S.
Kautschuk Gummi Kunststoffe 2009 .
88-92

]]> Place hold on Role of phospholipids and proteins on gel formation and physical properties of NR during accelerated storage

Strain-induced crystallization of natural rubber: Effect of proteins and phospholipids

By Amnuaypornsri Sureerut.
Rubber Chemistry and Technology 2008 .
753-766

]]> Place hold on Strain-induced crystallization of natural rubber: Effect of proteins and phospholipids

Structural characterisation of the small rubber particles in fresh Hevea latex

By Sakdapipanich Jitladda Tangpakdee.
Journal of Rubber Research 1999 .
160-168

]]> Place hold on Structural characterisation of the small rubber particles in fresh Hevea latex

Structural characterisation of the terminating groups of some polyprenyl phosphates and of rubber from the lactarius mushroom

By Sakdapipanich J T.
Journal of Rubber Research 2001 .
118-130

]]> Place hold on Structural characterisation of the terminating groups of some polyprenyl phosphates and of rubber from the lactarius mushroom

Structural characterization of thermal groups in natural rubber: Origin of nitrogenous groups

By Mekkriengkrai Dararat.
Rubber Chemistry and Technology 2006 .
366-379

]]> Place hold on Structural characterization of thermal groups in natural rubber: Origin of nitrogenous groups

Structure and origin of long-chain branching and gel in natural rubber

By Tarachiwin L.
Kautschuk Gummi Kunststoffe 2005 .
115-122

]]> Place hold on Structure and origin of long-chain branching and gel in natural rubber

Structure of branche-points in natural rubber: Analysis decomposition with physical treatment

By Nawamawat K.
Kautschuk Gummi Kunststoffe 2008 .
518-522

]]> Place hold on Structure of branche-points in natural rubber: Analysis decomposition with physical treatment

Structural characterization of natural rubber based on recent evidence from selective enzymatic treatments

By SAKDAPIPANICH, J.T..
Journal of Bioscience and Bioengineering, 103(4) 2007 .
287-292

]]> Place hold on Structural characterization of natural rubber based on recent evidence from selective enzymatic treatments