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Применить Всего найдено 3. Отображено 3.
16-02-2017 дата публикации

METHOD FOR PROCESSING ZIRCONIA

Номер: WO2017026038A1
Автор: KOMEDA, Osamu, KONDO, Takuya, KAWASHIMA, Toshiyuki, KAN, Hirofumi, SATOH, Nakahiro, SEKINE, Takashi, KURITA, Takashi, SUNAHARA, Atsushi, MOTOHIRO, Tomoyoshi, HIOKI, Tatsumi, AZUMA, Hirozumi, OHSHIMA, Shigeki, KAJINO, Tsutomu, KITAGAWA, Yoneyoshi, MORI, Yoshitaka, ISHII, Katsuhiro, HANAYAMA, Ryohei, NISHIMURA, Yasuhiko, MIURA, Eisuke
Принадлежит:

The present invention addresses the problem of providing a method for processing zirconia without producing monoclinic crystals. The means for solving this problem is a method for processing zirconia characterized by including a step for irradiating zirconia by a laser having a pulse width of 10-12-10-15 seconds at an intensity of 1013-1015 W/cm2.

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Номер записи: 1
05-06-2014 дата публикации

DEVICE FOR QUANTUM BEAM GENERATION, METHOD FOR QUANTUM BEAM GENERATION, AND DEVICE FOR LASER FUSION

Номер: WO2014083940A1
Автор: SEKINE Takashi, KAWASHIMA Toshiyuki, SATOH Nakahiro, KITAGAWA Yoneyoshi, MORI Yoshitaka, ISHII Katsuhiro, HANAYAMA Ryohei, KOMEDA Osamu, NISHIMURA Yasuhiko, KAKENO Mitsutaka
Принадлежит:

Provided are a device for quantum beam generation capable of continuously generating a quantum beam automatically, a method for quantum beam generation, and a device for laser fusion. A quantum beam generating device comprises a target supplying device (4a) to supply a target (2a) to a chamber (3a), a target monitoring device (5a) to monitor the target (2a) in the chamber (3a), a laser beam emitting device (6a) to expose the target (2a) in the chamber (3a) to a laser beam (8a), and a control device (7a). The target supplying device (4a) emits the target (2a) in a preset emission direction (3d) in the chamber (3a) for which the emission timing is controlled by the control device (7a). The control device (7a) calculates an exposure point (4d) for the laser beam (8a), calculates when the target (2a) arrives at the exposure point (4d), and causes the laser beam emitting device (6a) to emit a laser beam on the basis of the exposure point (4d) and the arrival timing.

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Номер записи: 2
24-04-2014 дата публикации

LASER FUSION DEVICE AND NUCLEAR FUSION GENERATING METHOD

Номер: WO2014061562A1
Автор: SEKINE Takashi, KURITA Takashi, KAWASHIMA Toshiyuki, SATOH Nakahiro, KAN Hirofumi, KITAGAWA Yoneyoshi, MORI Yoshitaka, ISHII Katsuhiro, FUJITA Kazuhisa, HANAYAMA Ryohei, OKIHARA Shinichiro, SUNAHARA Atsushi, KOMEDA Osamu, NAKAMURA Naoki, NISHIMURA Yasuhiko, AZUMA Hirozumi
Принадлежит:

The purpose of the present invention is to allow comparatively easy control of energy supplied to plasma at the center of a target. A laser fusion device comprises: a target shell supplying device (3) for supplying a target shell (Tg1) to a chamber (2); a target shell monitoring device (4) for monitoring the orientation and position of the target shell (Tg1); a compressing laser output device (5a) and the like for irradiating the target shell (Tg1) with a compressing laser beam (LS1); and a heating laser output device (6) for irradiating the target shell (Tg1), after the compressing laser beam (LS1), with a heating laser beam (LS3). The target shell (Tg1) has a hollow spherical shape, the interior thereof is provided with a substantially spherical cavity (Sp), at least one through-hole (H1) is provided to connect the exterior and the cavity (Sp), and the outer surface (Sf1) of the target shell (Tg1) includes an irradiation region (Ar1, Ar2) where the compressing laser beam irradiation is ...

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Номер записи: 3