Sumitomo Rubber Industries Limited

Toray Industries, Inc.

Daicel Chemical Industries, Ltd.

Hiroshi Jinnai

Hiroshi Takahashi

Hiroyuki Kishimoto

Sadayuki Kobayashi

Daisuke Sato

Masanori Hiraishi

Hiroyuki Takemoto

Masaru Akita

Hidehiko Dohi

Takashi Inoue

Yoshiyuki Nishida

Marina Kotani

Takeshi Kaneko

Hirofumi Nakamae

Takashi c/o Nagoya Plant Toray Industries Inc Inoue

Sadayuki c/o Nagoya Plant Toray Industries Inc Kobayashi

Daisuke c/o Nagoya Plant Toray Industries Inc Sato

Masaru c/o Nagoya Plant Toray Industries Inc Akita

A thermoplastic resin composition includes a thermoplastic resin (A) and a reactive functional group-containing resin (B), which has a specific structure in the morphology of the resin composition observed by transmission electron microscopy tomography, and the relaxation time T1C of each carbon nucleus by the solid NMR measurement of the thermoplastic resin composition containing a polyamide resin is kept in a specific range. The composition is excellent in the balance between contradictory properties such as impact resistance and heat resistance, remarkably exhibits a peculiar viscoelastic behavior not observed in the conventional polymeric materials, and is remarkably excellent in impact energy absorbing performance and vibration energy absorbing performance at the time of high-speed deformation.

Thermoplastic resin composition, production method thereof, and molded article

Left and right sides of the mesh sandwiching the placing region therebetween are set as left and right to-be-fixed portions to be fixed to sample holder separation portions respectively to be moved in a stretch direction. A slit for dividing use is formed from a portion of the periphery of the mesh disposed between the left and right to-be-fixed portions thereof toward the rubber slice-placing position of the mesh in a direction orthogonal to the stretch direction of the rubber slice or a direction inclined thereto. When the to-be-fixed portions are moved in a separation direction by moving the sample holder separation portions, the mesh is divided into left and right parts by the slit for dividing use so that the rubber slice fixed to the left and right sides of the mesh is stretched.

Mesh and method of observing rubber slice technical field

A light-scattering sheet having a phase separation structure comprised of a plurality of solid components varying in refractive index is used to construct a liquid crystal display device. In a first embodiment, the light-scattering sheet is disposed in a defined position within a reflecting LCD device. Thus, in a reflecting LCD device comprising a liquid crystal cell constituted of a transparent front electrode plate having a substrate carrying a transparent conductive layer, a back electrode plate having a substrate carrying a conductive layer and a liquid crystal and, as disposed forwardly of the liquid crystal cell, a polarizer, the light-scattering sheet is interposed (i) between the polarizer and the front electrode plate or (ii) between the back electrode plate and a reflector disposed behind the back electrode plate. Alternatively, (iii) the substrate sheet may be constituted of the light-scattering sheet. In a second embodiment, a light-scattering sheet having an isotropic bicontinuous phase structure comprised of a plurality of polymers varying in refractive index is used.

Light scattering sheet, light scattering composite sheet, and liquid crystal display

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Kyoto, Japan

Hiroshi Jinnai