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Inoue, Hiroshi 한국응용곤충학회 1992 Insecta Koreana Vol.9 No.1
헝가리자연사박물관팀의 북한 탐사에서 채집된 자나방科 표본중 Scopula屬 1種이 新種으로 밝혀서 Scopula vojnitsi sp. nov.로 기재 발표한다. A new Species, Scopula vojnitsi, is described from North Korea.
Inoue, Hiroshi Korean Society of Applied Entomology 1992 INSECTA KOREANA Vol.9 No.-
A new Species, Scopula vojnitsi, is described from North Korea. 헝가리자연사박물관팀의 북한 탐사에서 채집된 자나방科 표본중 Scopula屬 1種이 新種으로 밝혀서 Scopula vojnitsi sp. nov.로 기재 발표한다.
A New Subspecies of Ambulyx japonica Rothschild (Lepidoptera, Sphingidae) from Korea
Inoue, Hiroshi Korean Society of Applied Entomology 1993 INSECTA KOREANA Vol.10 No.-
남, 북한 각 지역으로 부터 채집된 재료를 대상으로 비교검토한 결과 박각시과의 1신아종 Ambulyx japonica koreana subsp. nov.을 기재발표한다. A new subspecies: Ambulyx japonica koreana is described from noth and South Korea.
박각시과의 1신아종, Ambulyx japanica koreana(나비목) 기재
Inoue, Hiroshi 한국응용곤충학회 1993 Insecta Koreana Vol.10 No.1
남, 북한 각 지역으로 부터 채집된 재료를 대상으로 비교검토한 결과 박각시과의 1신아종 Ambulyx japonica koreana subsp. nov.을 기재발표한다. A new subspecies: Ambulyx japonica koreana is described from noth and South Korea.
박각시과의 1신아종, Ambulyx japanica koreana(나비목) 기재
Inoue, Hiroshi 한국응용곤충학회 1993 INSECTA KOREANA Vol.10 No.-
남, 북한 각 지역으로 부터 채집된 재료를 대상으로 비교검토한 결과 박각시과의 1신아종 Ambulyx japonica koreana subsp. nov.을 기재발표한다. A new subspecies: Ambulyx japonica koreana is described from noth and South Korea.
Conformational changes of short, discrete Rouse chain during creep and recovery processes
Watanabe, Hiroshi,Inoue, Tadashi The Korean Society of Rheology 2004 Korea-Australia rheology journal Vol.16 No.2
For the Rouse chain composed of infinite number of beads (continuous limit), conformational changes during the creep and creep recovery processes was recently analyzed to reveal the interplay among all Rouse eigenmodes under the constant stress condition (Watanabe and Inoue, Rheol. Acta, 2004). For completeness of the analysis of the Rouse model, this paper analyzes the conformational changes of the discrete Rouse chain having a finite number of beads (N = 3 and 4). The analysis demonstrates that the chain of finite N exhibits the affine deformation on imposition/removal of the stress and this deformation gives the instantaneous component of the recoverable compliance, $J_{R}$(0) = 1/(N-l)v $k_{B}$T with v and $k_{B}$ being the chain number density and Boltzmann constant, respectively. (This component vanishes for N\longrightarrow$\infty$.) For N = 2, it is known that the chain has only one internal eigenmode so that the affinely deformed conformation at the onset of the creep process does not change with time t and $J_{R}$(t) coincides with $J_{R}$(0) at any t (no transient increase of $J_{R}$(t)). However, for N$\geq$3, the chain has N-l eigenmodes (N-l$\geq$2), and this coincidence vanishes. For this case, the chain conformation changes with t to the non-affine conformation under steady flow, and this change is governed by the interplay of the Rouse eigenmodes (under the constant stress condition). This conformational change gives the non-instantaneous increase of $J_{R}$(t) with t, as also noted in the continuous limit (N\longrightarrow$\infty$).X>).).X>).
Satellite Communication System for Multi-Point Data Gathering over Ultra-Wide Area
Tanaka, Hiroshi,Inoue, Satoshi,Tsuchida, Toshihiro,Kazama, Hiroshi 통신위성우주산업연구회 2004 Joint Conference on Satellite Communications Vol.2004 No.-
In this paper, we propose a stellite communications system for gathering data from a lot of observation points scattered over an ultra-wide area. The system configuration takes into account the requirements for a practical data gathering system. The main target of our system is reduced communication cost by using a narrow frequency band and the main feature os an economical data gathering using a group-modem composed of a multi-carrier multi-rate filter bank. We describe our system investigation for channel assignment methods, data gathering sequences, and channel interference suppression between narrow band carries.
Tomoharu Inoue,Shin Nagai,Shota Inoue,Masahiro Ozaki,Shohei Sakai,Hiroyuki Muraoka,Hiroshi Koizumi 한국산림과학회 2012 Forest Science And Technology Vol.8 No.2
We investigated the relationships between soil respiration and environmental factors during foliation and defoliation periods in three ecosystems under the same physical–geographical environmental conditions in central Japan. These ecosystems comprised deciduous broad-leaved forest (Quercus crispula dominated, site Q), deciduous needle-leaved forest (Larix kaempferi dominated, site L), and grassland (Zoysia japonica dominated, site Z). Field measurements of soil respiration were made using a closed chamber method with an infrared gas analyzer at monthly intervals in the snow-free seasons from May 2010 to November 2011. Soil respiration began to increase in May, peaked rapidly in summer (July to September), and decreased in November. The seasonal patterns of soil respiration and soil temperature were nearly parallel among the three sites, with one exception, which may have been caused by the decrease in soil water content during summer months (July to September). Although Q_10 values based on the entire measurement period in 2010 were roughly the same as those in 2011 at the three sites, there was a large difference in Q_10 between the foliation and defoliation periods in both years, especially at the two forest sites. These differences among the three sites may be caused by differences in soil temperature dynamics and precipitation activity. To better understand the relationship between soil respiration and environmental factors, continuous observations are needed of soil respiration, environmental factors, and biological activities both below ground and above ground under the same physical–geographical environmental conditions.