Van der Waals potential energy calcns. for conformational anal. of butadiene-ethylene polymer (I) [25068-01-3] (contg. <5% butadiene) indicated the I chain was folded with the double bond lying in the fold; the double bond adapted itself inside a polymethylene chain without modifying appreciably the polyethylene lattice as well as the intramol. van der Waals energy. I tended to crystallize in the orthorhombic phase more stably than polyethylene as far as van der Waals forces are concerned
Density functional calculations have been performed on three polymeric systems, namely isotactic pol...
Density functional calculations have been performed on three polymeric systems, namely isotactic pol...
923-928The conformational analysis of ethylene-norbornene chains (E-N) has been carried out using ...
IR, differential scanning calorimetry, small-angle x-ray diffraction, bromination, and d. measuremen...
The van der Waals potential energy of polyethylene [9002-88-4] and polytetrafluoroethylene [9002-84-...
Conformational energy calculations on an isolated chain of poly(cis-1,4-butadiene) have been perform...
Potential-energy calcns. by a simple grid-point method were made to solve the phase problem in cryst...
The polymorphic behavior of poly(vinylcyclohexane) is discussed on the basis of conformational energ...
Nous présentons des résultats de calcul d'énergie potentielle d'une chaîne de polyacétylène isolée d...
Conformational energy calculations on the chain conformation in the crystalline field have been perf...
Potential energy calcns. on the isolated chains of polyacetylene [25067-58-7] were made as a functi...
Conformational energy calculations have been performed on the isolated chain in the crystalline stat...
We present ab initio calculations concerning the bond scission rate in a polyethylene chain. The ene...
Van der Waals energy calcns. on .alpha.-poly(L-alanine) [25191-17-7] were consistent with a chain st...
We present an analytical model to relate the elastic properties of crystalline polyethylene based on...
Density functional calculations have been performed on three polymeric systems, namely isotactic pol...
Density functional calculations have been performed on three polymeric systems, namely isotactic pol...
923-928The conformational analysis of ethylene-norbornene chains (E-N) has been carried out using ...
IR, differential scanning calorimetry, small-angle x-ray diffraction, bromination, and d. measuremen...
The van der Waals potential energy of polyethylene [9002-88-4] and polytetrafluoroethylene [9002-84-...
Conformational energy calculations on an isolated chain of poly(cis-1,4-butadiene) have been perform...
Potential-energy calcns. by a simple grid-point method were made to solve the phase problem in cryst...
The polymorphic behavior of poly(vinylcyclohexane) is discussed on the basis of conformational energ...
Nous présentons des résultats de calcul d'énergie potentielle d'une chaîne de polyacétylène isolée d...
Conformational energy calculations on the chain conformation in the crystalline field have been perf...
Potential energy calcns. on the isolated chains of polyacetylene [25067-58-7] were made as a functi...
Conformational energy calculations have been performed on the isolated chain in the crystalline stat...
We present ab initio calculations concerning the bond scission rate in a polyethylene chain. The ene...
Van der Waals energy calcns. on .alpha.-poly(L-alanine) [25191-17-7] were consistent with a chain st...
We present an analytical model to relate the elastic properties of crystalline polyethylene based on...
Density functional calculations have been performed on three polymeric systems, namely isotactic pol...
Density functional calculations have been performed on three polymeric systems, namely isotactic pol...
923-928The conformational analysis of ethylene-norbornene chains (E-N) has been carried out using ...