Yutaka Kondo | AMiner学者主页

全面呈现 [Yutaka Kondo] 的学术影响力

深度挖掘高质量成果与权威引用，让优秀看得见

研究兴趣

暂无数据

论文（39）

专利

基金项目

按年份排序按引用量排序主题筛选期刊级别筛选合作者筛选合作机构筛选

1Supplementary Methods and Figures 1-2 from Roles of Achaete-Scute Homologue 1 in DKK1 and E-cadherin Repression and Neuroendocrine Differentiation in Lung Cancer

Hiroyuki Osada, Shuta Tomida,Yasushi Yatabe,Yoshio Tatematsu,Toshiyuki Takeuchi,Hideki Murakami,Yutaka Kondo,Yoshitaka Sekido,Takashi Takahashi

Supplementary Methods and Figures 1-2 from Roles of Achaete-Scute Homologue 1 in DKK1 and E-cadherin Repression and Neuroendocrine Differentiation in Lung Cancer

引用

AI阅读

2術前化学療法後の直腸癌に対し直腸切除術,一時的回腸ストーマ造設術を行い,腎機能低下を来たした1例

Kiyoharu Takashimizu,Otsuka Koki,Toshimoto Kimura,Taiji Matsuo,Satoshi Sato,Yutaka Kondo,H. Fujii,Mizunori Yaegashi, Tsuneya Ando,Akira Sasaki, Kikuchi Miyako, Naganuma Sari,

2019

引用

AI阅读

3Variations of Concentrations and Sizes of Black Carbon Particles in Northwest Greenland over the Past 350 Years

Kenichi Azuma,Yoshimi Ogawa‐Tsukagawa,Y. Kondo,Rémi Dallmayr,Motohiro Hirabayashi,Jun Ogata,Kyotaro Kitamura,Kimitaka Kawamura, Hideki Motoyama,Sumito Matoba,Teruo Aoki,Nobuhiro Moteki,

2019AGU Fall Meeting Abstracts

引用

AI阅读

4Supplementary Material to &quot;rapid Reduction of Black Carbon Emissions from China: Evidence from 2009–2019 Observations on Fukue Island, Japan&quot;

Yugo Kanaya,Kazuyo Yamaji,Takuma Miyakawa,Fumikazu Taketani,Chunmao Zhu,Yongjoo Choi,Yuichi Komazaki,Kazuhiro Ikeda,Yutaka Kondo,Zbigniew Klimont

2019

引用

AI阅读

Yamamoto Takahiro,Motoki Fujita,Yasutaka Oda,Masaki Todani,Hifumi Toru,Y. Kondo,Shimazaki Junya,Shiraishi Shinichiro,Kei Hayashida,Shoji Yokobori,Takauji Shuhei,Masahiro Wakasugi,

2018International Journal of Environmental Research and Public Health (Web)

引用

AI阅读

6Seasonal Variation of Wet Deposition Fluxes of Black Carbon in East Asia: Long-Term Measurements

Tatsuhiro Mori,Kazuhiko Miura,Sho Ohata,Nobuhiro Moteki,M. Koike,Y. Kondo, Kazunori Nakagome, Masanori Yoshikawa,Aya Iwasaki

2018Japan Geoscience Union（2018）

引用

AI阅读

7敗血症および敗血症性ショック管理用日本臨床診療ガイドライン2016(J-SSCG2016)

Osamu Nishida,Hiroshi Ogura,Moritoki Egi,Fujishima Seitaro,Yoshiro Hayashi,Toshiaki Iba, Hiroyuki Imaizumi,Shigeaki Inoue,Yasuyuki Kakihana,Kotani Joji,Shigeki Kushimoto,Yoshiki Masuda,

引用

AI阅读

8Variability of Back Carbon in Northwest Greenland During the Past 350 Years

Kumiko Goto‐Azuma,Yoshimi Ogawa‐Tsukagawa,Y. Kondo,Rémi Dallmayr,Motohiro Hirabayashi,Jun Ogata,Kyotaro Kitamura,Kenji Kawamura,Hideaki Motoyama, Sumito Matoba,Teruo Aoki,Nobuhiro Moteki,

2017EGUGA

引用

AI阅读

9Methane Flux Estimation from Point Sources Using GOSAT Target Observation: Detection Limit and Improvements with Next Generation Instruments

Akihiko Kuze,Hitoshi Suto,Fumie Kataoka,Kei Shiomi,Y. Kondo,David Crisp,A. Butz

2017

引用

AI阅读

10低用量免疫グロブリンGは敗血症および敗血症性ショック患者における死亡率と関連しない【JST・京大機械翻訳】

Yusuke Iizuka,Sanui Masamitsu,Sasabuchi Yusuke,Lefor Alan Kawarai,Hayakawa Mineji,Kazuma Yamakawa,Shigehiko Uchino,Yamakawa Kazuma,Daisuke Kudo,Takimoto Kohei,Toshihiko Mayumi,Takeo Azuhata,

2017

引用

AI阅读

112009~2015年の福江島における黒色炭素濃度の長期観測:湿潤除去率の抑制と東アジアからの排出強度

Yugo Kanaya, Xiaole Pan,Miyakawa Takuma,Yuichi Komazaki, Taketani Fumikazu, Itsushi Uno,Kondo Yutaka

2016Atmospheric Chemistry and Physics (Web)

引用

AI阅读

12Supplementary Material to &Amp;quot;long-Term Observations of Black Carbon Mass Concentrations at Fukue Island, Western Japan, During 2009–2015: Constraining Wet Removal Rates and Emission Strengths from East Asia&quot;

Yugo Kanaya,Xiaole Pan,Takuma Miyakawa,Yuichi Komazaki, Fumikazu Taketani, Itsushi Uno,Yutaka Kondo

2016

引用

AI阅读

13Long-term Observations of Black Carbon at Fukue Island During 2009–2015: Rates of Emissions from East Asia and Removal

Yugo Kanaya,Xiaole Pan,Takuma Miyakawa,Yuichi Komazaki,Fumikazu Taketani,Itsushi Uno,Y. Kondo

2016Japan Geoscience Union（2016）引用：23

引用

AI阅读

14Evaluation of Black Carbon Measurements in the Arctic

P. R. Sinha,Yutaka Kondo, M. Koike,J. A. Ogren,Anne Jefferson,T. E. Barrett,Rebecca J. Sheesley,Sho Ohata,Nobuhiro Moteki,Hugh Coe, D Liu, M. Irwin,

2016

引用

AI阅读

15Long-term Observations of Black Carbon Mass Concentrations at Fukue Island, Western Japan, During 2009-2015: Evaluating Bottom-Up Emission Inventories for East Asia

Yugo Kanaya,Xiaole Pan,Takuma Miyakawa,Yuichi Komazaki,Fumikazu Taketani, I. Uno,Y. Kondo

2016

引用

AI阅读

16福江島における大気中ブラックカーボン質量濃度の長期観測2009‐2015:東アジアからの排出量と湿性除去速度の解析

Yugo Kanaya, Xiaole Pan,Miyakawa Takuma,Yuichi Komazaki, Taketani Fumikazu, Itsushi Uno,Kondo Yutaka

2016

引用

AI阅读

17Seasonal Variation of the Concentration of Black Carbon and the Size Distribution of the Surface Snow Sampled in the Syowa Station in the Antarctica

Takeshi Kinase,Kazuyuki Kita,Kumiko Goto‐Azuma,Yoshimi Ogawa,Y. Kondo,Nobuhiro Moteki,Sho Ohata,Tatsuhiro Mori,Masahiko Hayashi,Keiichiro Hara,Masataka Shiobara,Hiroto Kawashima

引用：23

引用

AI阅读

18Aging and Removal of Black Carbon Measured Using a Single Particle Soot Photometer in East Asia

Yugo Kanaya,Takuma Miyakawa,Fumikazu Taketani,Naga Oshima,Xiaole Pan,Yuichi Komazaki,Y. Kondo,Akinori Takami, Akira Yoshino

20152015 AGU Fall Meeting

引用

AI阅读

19CORSIKA Simulation of the Telescope Array Surface Detector

T. Abu‐Zayyad,R.R. Zollinger,Y. Tsunesada, Kensuke Hayashi, J. D. Smith,N. Sakurai,Toshihiro Fujii,T. Nakamura,Jon Paul Lundquist,T. Matsuda,Kikuko Miyata, M. Tanaka,

The Telescope Array is the largest experiment studying ultra-high energy cosmic rays in the northern hemisphere. The detection area of the experiment consists of an array of 507 surface detectors, and a fluorescence detector divided into three sites at the periphery. The viewing directions of the 38 fluorescence telescopes point over the air space above the surface array. In this paper, we describe a technique that we have developed for simulating the response of the array of surface detectors of the Telescope Array experiment. The two primary components of this method are (a) the generation of a detailed CORSIKA Monte Carlo simulation with all known characteristics of the data, and (b) the validation of the simulation by a direct comparison with the Telescope Array surface detector data. This technique allows us to make a very accurate calculation of the acceptance of the array. We also describe a study of systematic uncertainties in this acceptance calculation.

2014引用：9

引用

AI阅读

20Promotion of Scientific Research on Atmosphere and Climate System Using Aircrafts: Proposal of MSJ to SCJ

Hiroshi Niino,Y. Kondo,Masaki Satoh,M. Koike

2014Japan Geoscience Union（2014）引用：23

引用

AI阅读