Results 31 to 40 of about 444,298 (341)

Review of closed drift thruster neutral flow dynamics

AIP Advances, 2023
Operation of closed drift thruster (CDT) relies mainly on neutral gas, whose trajectory and distribution in the flow field have a significant influence on performance.
Shixu Lu, Liexiao Dong, Wei Luo, Shengtao Liang, Jianfei Long, Xiaocheng Zhu, Ning Guo, Luxiang Xu   +7 more
doaj   +1 more source

A Broadband Signal Recycling Scheme for Approaching the Quantum Limit from Optical Losses

Galaxies, 2021
Quantum noise limits the sensitivity of laser interferometric gravitational-wave detectors. Given the state-of-the-art optics, the optical losses define the lower bound of the best possible quantum-limited detector sensitivity.
Teng Zhang, Joe Bentley, Haixing Miao
doaj   +1 more source

Gravitational-Wave Geodesy: A New Tool for Validating Detection of the Stochastic Gravitational-Wave Background [PDF]

, 2018
A valuable target for advanced gravitational-wave detectors is the stochastic gravitational-wave background. The stochastic background imparts a weak correlated signal into networks of gravitational-wave detectors, and so standard searches for the ...
Callister, Thomas, Coughlin, Michael, Kanner, Jonah   +2 more
core   +3 more sources

Gravitational Lensing of Continuous Gravitational Waves [PDF]

Universe, 2021
Continuous gravitational waves are analogous to monochromatic light and could therefore be used to detect wave effects such as interference or diffraction. This would be possible with strongly lensed gravitational waves. This article reviews and summarises the theory of gravitational lensing in the context of gravitational waves in two different ...
Marek Biesiada, Sreekanth Harikumar
openaire   +3 more sources

Gravitational waves [PDF]

Nuclear Physics B - Proceedings Supplements, 1994
In the last few years there have been a number of significant developments in research towards the detection of gravitational radiation from astronomical objects. The construction of 3 large-scale (3- or 4-km) interferometric detectors has been funded; new high-sensitivity bars are under construction; there is a serious proposal using two ...
openaire   +4 more sources

Mapping the gravitational wave background [PDF]

, 2001
The gravitational wave sky is expected to have isolated bright sources superimposed on a diffuse gravitational wave background. The background radiation has two components: a confusion limited background from unresolved astrophysical sources; and a ...
, Abramovici A, Bender P L, Brink D M, Cornish N J, Cornish N J, Cornish N J, Cornish N J, Giampieri G, Hellings R W, Hogan C J, Neil J Cornish, Peterseim M, Tinto M, Vecchio A   +14 more
core   +3 more sources

The Polarizations of Gravitational Waves [PDF]

Universe, 2018
The gravitational wave provides a new method to examine General Relativity and its alternatives in the high speed, strong field regime. Alternative theories of gravity generally predict more polarizations than General Relativity, so it is important to study the polarization contents of theories of gravity to reveal the nature of gravity.
Yungui Gong, Shaoqi Hou
openaire   +4 more sources

Observation results by the TAMA300 detector on gravitational wave bursts from stellar-core collapses [PDF]

, 2004
We present data-analysis schemes and results of observations with the TAMA300 gravitational-wave detector, targeting burst signals from stellar-core collapse events.
Akutsu, Tomomi, Akutsu, Tomotada, Ando, Masaki, Arai, Koji, Araya, Akito, Asada, Hideki, Aso, Youichi, Barton, Mark A., Barton, Mark A., Beyersdorf, Peter, Beyersdorf, Peter, Fujiki, Youhei, Fujimoto, Masa-Katsu, Fujita, Ryuichi, Fukushima, Mitsuhiro, Futamase, Toshifumi, Hamuro, Yusaku, Haruyama, Tomiyoshi, Hayakawa, Hideaki, Hayama, Kazuhiro, Heinzel, Gerhard, Heinzel, Gerhard, Horikoshi, Gen'ichi, Iguchi, Hideo, Iguchi, Hideo, Iida, Yukiyoshi, Iida, Yukiyoshi, Ioka, Kunihito, Ishitsuka, Hideki, Kamikubota, Norihiko, Kanda, Nobuyuki, Kaneyama, Takaharu, Karasawa, Yoshikazu, Karasawa, Yoshikazu, Kasahara, Kunihiko, Kasai, Taketoshi, Katsuki, Mayu, Kawabe, Keita, Kawamura, Mari, Kawamura, Mari, Kawamura, Seiji, Kawashima, Nobuki, Kawazoe, Fumiko, Kojima, Yasufumi, Kojima, Yasufumi, Kokeyama, Keiko, Kondo, Kazuhiro, Kozai, Yoshihide, Kudoh, Hideaki, Kuroda, Kazuaki, Kuwabara, Takashi, Matsuda, Namio, Matsuda, Namio, Mio, Norikatsu, Miura, Kazuyuki, Miura, Kazuyuki, Miyakawa, Osamu, Miyama, Shoken, Miyoki, Shinji, Mizusawa, Hiromi, Moriwaki, Shigenori, Musha, Mitsuru, Nagano, Shigeo, Nagayama, Yoshitaka, Nagayama, Yoshitaka, Nakagawa, Ken'ichi, Nakamura, Takashi, Nakano, Hiroyuki, Nakao, Ken-ichi, Nishi, Yuhiko, Numata, Kenji, Ogawa, Yujiro, Ohashi, Masatake, Ohishi, Naoko, Okutomi, Akira, Oohara, Ken-ichi, Otsuka, Shigemi, Saito, Yoshio, Sakata, Shihori, Sasaki, Misao, Sato, Kouichi, Sato, Kouichi, Sato, Nobuaki, Sato, Shuichi, Sato, Youhei, Seki, Hidetsugu, Sekido, Aya, Seto, Naoki, Shibata, Masaru, Shinkai, Hisaaki, Shintomi, Takakazu, Soida, Kenji, Soida, Kenji, Somiya, Kentaro, Suzuki, Toshikazu, Tagoshi, Hideyuki, Takahashi, Hirotaka, Takahashi, Ryutaro, Takamori, Akiteru, Takemoto, Shuzo, Takeno, Kohei, Tanaka, Takahiro, Taniguchi, Keisuke, Taniguchi, Shinsuke, Tanji, Toru, Tatsumi, Daisuke, Taylor, C. T., Taylor, C. T., Telada, Souichi, Tochikubo, Kuniharu, Tokunari, Masao, Tomaru, Takayuki, Tsubono, Kimio, Tsuda, Nobuhiro, Tsunesada, Yoshiki, Uchiyama, Takashi, Ueda, Akitoshi, Ueda, Ken-ichi, Usui, Fumihiko, Waseda, Koichi, Waseda, Koichi, Watanabe, Yuko, Yakura, Hiromi, Yamamoto, Akira, Yamamoto, Kazuhiro, Yamazaki, Toshitaka, Yanagi, Yuriko, Yoda, Tatsuo, Yokoyama, Jun'ichi, Yoshida, Tatsuru, Yoshida, Tatsuru, Zhu, Zong-Hong, Zhu, Zong-Hong, 三代木, 伸二, 三尾, 典克, 上田, 暁俊, 上窪田, 紀彦, 中尾, 憲一, 中川, 賢一, 中村, 卓史, 中野, 寛之, 丹治, 亮, 二間瀬, 敏史, 井岡, 邦仁, 佐々木, 節, 佐藤, 伸明, 佐藤, 修一, 佐藤, 洋平, 依田, 達夫, 内山, 隆, 古在, 由秀, 坪野, 公夫, 堀越, 源一, 大原, 謙一, 大塚, 茂巳, 大橋, 正健, 大石, 奈緒子, 奥冨, 聡, 安東, 正樹, 宗宮, 健太郎, 宮川, 治, 寺田, 聡一, 小川, 雄二郎, 山元, 一広, 山崎, 利孝, 山本, 明, 川村, 静児, 川添, 史子, 工藤, 秀明, 常定, 芳基, 徳成, 正雄, 斉藤, 芳男, 新井, 宏二, 新冨, 孝和, 新谷, 昌人, 早河, 秀章, 春山, 富義, 杤久保, 邦治, 柳, 由里子, 柴田, 大, 桑原, 立, 森脇, 成典, 植田, 憲一, 横山, 順一, 武者, 満, 水澤, 広美, 河島, 信樹, 河邉, 径太, 沼田, 健司, 津田, 展宏, 浅田, 秀樹, 渡邉, 優子, 瀬戸, 直樹, 田中, 貴浩, 田越, 秀行, 真貝, 寿明, 矢倉, 宏美, 石塚, 秀喜, 神田, 展行, 福嶋, 美津広, 端山, 和大, 竹本, 修三, 竹野, 耕平, 笠原, 邦彦, 羽室, 友策, 臼井, 文彦, 苔山, 圭以子, 葛西, 武利, 藤木, 陽平, 藤本, 眞克, 藤田, 龍一, 西, 雄彦, 観山, 正見, 谷口, 信介, 谷口, 敬介, 辰巳, 大輔, 近藤, 寿浩, 都丸, 隆行, 金山, 隆晴, 鈴木, 敏一, 長野, 重夫, 関, 秀嗣, 関戸, 文, 阪田, 紫帆里, 阿久津, 智忠, 阿久津, 朋美, 香月, 麻由, 高森, 昭光, 高橋, 弘毅, 高橋, 竜太郎, 麻生, 洋一, 黒田, 和明   +231 more
core   +3 more sources

Gravitational waves at their own gravitational speed [PDF]

International Journal of Modern Physics D, 2018
Gravitational waves propagate at the speed of light in general relativity, because of their special relativistic basis. However, light propagation is linked to the electromagnetic phenomena, with the permittivity and permeability constants as the determining factors.
C. S. Unnikrishnan, George T. Gillies
openaire   +3 more sources

A First Comparison of SLOPE and Other LIGO Burst Event Trigger Generators [PDF]

, 2006
A number of different methods have been proposed to identify unanticipated burst sources of gravitational waves in data arising from LIGO and other gravitational wave detectors.
Amber L Stuver, Blackburn L, Chatterji S, Chatterji S K, Klimenko S, Lee Samuel Finn, McNabb J W C, Stuver A L   +7 more
core   +3 more sources