- 温度補償式の
WordNet
- make amends for; pay compensation for; "One can never fully repair the suffering and losses of the Jews in the Third Reich"; "She was compensated for the loss of her arm in the accident" (同)recompense, repair, indemnify
- adjust for; "engineers will work to correct the effects or air resistance" (同)counterbalance, correct, make_up, even out, even off, even up
- make payment to; compensate; "My efforts were not remunerated" (同)recompense, remunerate
- the degree of hotness or coldness of a body or environment (corresponding to its molecular activity)
- the somatic sensation of cold or heat
- receiving or eligible for compensation; "salaried workers"; "a stipendiary magistrate" (同)remunerated, salaried, stipendiary
PrepTutorEJDIC
- (…に対して)〈人〉‘に'『補償する』《+『名』+『for』+『名』》 / 〈損失など〉'を'『償う』 / 《米》…‘に'報酬(給与)を支払う / (損失などを)『償う』《+『for』+『名』》
- 〈C〉〈U〉『温度』,気温 / 〈C〉〈U〉(人・動物の)『体温』 / 《a ~》平常より高い熱,高熱
UpToDate Contents
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- 1. 思春期および成人における労作性熱中症：疫学、体温調節、危険因子、および診断 exertional heat illness in adolescents and adults epidemiology thermoregulation risk factors and diagnosis
- 2. 周期性発熱症候群およびその他の自己炎症性疾患：概要 periodic fever syndromes and other autoinflammatory diseases an overview
- 3. 思春期および成人における労作性熱中症：管理および予防 exertional heat illness in adolescents and adults management and prevention
- 4. 成人における偶発性低体温 accidental hypothermia in adults
- 5. 幼児および小児における発熱：病態生理およびマネージメント fever in infants and children pathophysiology and management
English Journal
- Hypersensitive photic responses and intact genome-wide transcriptional control without the KaiC phosphorylation cycle in the Synechococcus circadian system.
- Umetani M1, Hosokawa N, Kitayama Y, Iwasaki H.Author information 1Department of Electrical Engineering and Biological Science, Waseda University, TWIns, Tokyo, Japan.AbstractCyanobacteria are unique organisms with remarkably stable circadian oscillations. These are controlled by a network architecture that comprises two regulatory factors: posttranslational oscillation (PTO) and a transcription/translation feedback loop (TTFL). The clock proteins KaiA, KaiB, and KaiC are essential for the circadian rhythm of the unicellular species Synechococcus elongatus PCC 7942. Temperature-compensated autonomous cycling of KaiC phosphorylation has been proposed as the primary oscillator mechanism that maintains the circadian clock, even in the dark, and it controls genome-wide gene expression rhythms under continuous-light conditions (LL). However, the kaiC(EE) mutation (where "EE" represents the amino acid changes Ser431Glu and Thr432Glu), where phosphorylation cycling does not occur in vivo, has a damped but clear kaiBC expression rhythm with a long period. This suggests that there must be coupling between the robust PTO and the "slave" unstable TTFL. Here, we found that the kaiC(EE) mutant strain in LL was hypersensitive to the dark acclimation required for phase shifting. Twenty-three percent of the genes in the kaiC(EE) mutant strain exhibited genome-wide transcriptional rhythms with a period of 48 h in LL. The circadian phase distribution was also conserved significantly in most of the wild-type and kaiC(EE) mutant strain cycling genes, which suggests that the output mechanism was not damaged severely even in the absence of KaiC phosphorylation cycles. These results strongly suggest that the KaiC phosphorylation cycle is not essential for generating the genome-wide rhythm under light conditions, whereas it is important for appropriate circadian timing in the light and dark.
- Journal of bacteriology.J Bacteriol.2014 Feb;196(3):548-55. doi: 10.1128/JB.00892-13. Epub 2013 Nov 15.
- Cyanobacteria are unique organisms with remarkably stable circadian oscillations. These are controlled by a network architecture that comprises two regulatory factors: posttranslational oscillation (PTO) and a transcription/translation feedback loop (TTFL). The clock proteins KaiA, KaiB, and KaiC ar
- PMID 24244001
- Exposed core microstructured optical fiber Bragg gratings: refractive index sensing.
- Warren-Smith SC, Monro TM.AbstractBragg gratings have been written in exposed-core microstructured optical fibers for the first time using a femtosecond laser. Second and third order gratings have been written and both show strong reflectivity at 1550 nm, with bandwidths as narrow as 60 pm. Due to the penetration of the guided field outside the fiber the Bragg reflections are sensitive to the external refractive index. As different modes have different sensitivities to refractive index but the same temperature sensitivity the sensor can provide temperature-compensated refractive index measurements. Since these Bragg gratings have been formed by physical ablation, these devices can also be used for high temperature sensing, demonstrated here up to 800°C. The fibers have been spliced to single mode fiber for improved handling and integration with commercial interrogation units.
- Optics express.Opt Express.2014 Jan 27;22(2):1480-9. doi: 10.1364/OE.22.001480.
- Bragg gratings have been written in exposed-core microstructured optical fibers for the first time using a femtosecond laser. Second and third order gratings have been written and both show strong reflectivity at 1550 nm, with bandwidths as narrow as 60 pm. Due to the penetration of the guided field
- PMID 24515155
- Thermal sensitivity of DASH interferometers: the role of thermal effects during the calibration of an Echelle DASH interferometer.
- Marr KD, Englert CR, Harlander JM, Miller KW.AbstractThe use of a Doppler asymmetric spatial heterodyne (DASH) interferometer with an Echelle grating provides the ability to simultaneously image the 558 and 630 nm emission lines (e.g., at grating orders of n=8 and n=7, respectively) of atomic oxygen in the thermosphere. By measuring the Doppler shifts of these lines (expected relative change in wavelength on the order of 10⁻⁸), we are able to determine the thermospheric winds. Because the expected wavelength changes due to the Doppler shift are so small, understanding, monitoring, and accounting for thermal effects is expected to be important. Previously, the thermal behavior of a temperature-compensated monolithic DASH interferometer was found to have a higher thermal sensitivity than predicted by a simple model [Opt. Express 18, 26430, 2010]. A follow-up study [Opt. Express 20, 9535, 2012] suggested that this is due to thermal distortion of the interferometer, which consists of materials with different coefficients of thermal expansion. In this work, we characterize the thermal drift of a nonmonolithic Echelle DASH interferometer and discuss the implications of these results on the use of only a single wavelength source during calibration. Furthermore, we perform a finite element analysis of the earlier monolithic interferometer in order to determine how distortion would affect the thermal sensitivity of that device. Incorporating that data into the model, we find good agreement between the modified model and the measured thermal sensitivities. These findings emphasize the fact that distortion needs to be considered for the design of thermally compensated, monolithic DASH interferometers.
- Applied optics.Appl Opt.2013 Nov 20;52(33):8082-8. doi: 10.1364/AO.52.008082.
- The use of a Doppler asymmetric spatial heterodyne (DASH) interferometer with an Echelle grating provides the ability to simultaneously image the 558 and 630 nm emission lines (e.g., at grating orders of n=8 and n=7, respectively) of atomic oxygen in the thermosphere. By measuring the Doppler shifts
- PMID 24513761
Japanese Journal
- A Fast Settling All Digital PLL Using Temperature Compensated Oscillator Tuning Word Estimation Algorithm
- IEICE Transactions on Fundamentals of Electronics, Communications and Computer Sciences E98.A(12), 2592-2599, 2015
- NAID 130005112003
- 異なる周波数スペクトルを用いるヘテロジーニアスネットワークにおけるLTEの同期信号を用いる高速セルサーチ法(一般,マルチホップ/リレー/協調,耐災害無線ネットワーク,センサ・メッシュネットワーク,アドホックネットワーク,D2D・M2M,無線ネットワークコーディング,ハンドオーバ/AP切替/接続セル制御/基地局間負荷分散/モバイルNW動的再構成,QoS・QoE保証/無線VoLP,一般)
- 電子情報通信学会技術研究報告. RCS, 無線通信システム 114(372), 73-78, 2014-12-11
- NAID 110009977687
- Dynamic Recrystallization Behavior of Waspaloy during Hot Working
- MATERIALS TRANSACTIONS 55(2), 255-263, 2014
- NAID 130004825149
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★リンクテーブル★
| リンク元 | 「温度補償式」 |
| 関連記事 | 「compensate」「temperature」「compensated」 |
「温度補償式」
「compensate」
- 補償する、代償する
「temperature」
- n.
- 関
- thermo
「compensated」
- 代償性の