WordNet

to an advanced stage or point; "a young man who will go very far"
at or to a certain point or degree; "I can only go so far before I have to give up"; "how far can we get with this kind of argument?"
at or to or from a great distance in space; "he traveled far"; "strayed far from home"; "sat far away from each other"
being of a considerable distance or length; "a far trek"
being the animal or vehicle on the right or being on the right side of an animal or vehicle; "the horse on the right is the far horse"; "the right side is the far side of the horse"
beyond a norm in opinion or actions; "the far right"
located at a great distance in time or space or degree; "we come from a far country"; "far corners of the earth"; "the far future"; "a far journey"; "the far side of the road"; "far from the truth"; "far in the future"
remote in time; "if we could see far into the future"; "all that happened far in the past"
to a considerable degree; very much; "a far far better thing that I do"; "felt far worse than yesterday"; "eyes far too close together"
the spontaneous emission of a stream of particles or electromagnetic rays in nuclear decay (同)radioactivity
energy that is radiated or transmitted in the form of rays or waves or particles
the act of spreading outward from a central source
a radial arrangement of nerve fibers connecting different parts of the brain
the spread of a group of organisms into new habitats
having or employing wavelengths longer than light but shorter than radio waves; lying outside the visible spectrum at its red end; "infrared radiation"; "infrared photography"
electromagnetic radiation with wavelengths longer than visible light but shorter than radio waves (同)infrared_light, infrared_radiation, infrared emission
the infrared region of the electromagnetic spectrum; electromagnetic wave frequencies below the visible range; "they could sense radiation in the infrared" (同)infrared frequency
the syllable naming the fourth (subdominant) note of the diatonic scale in solmization

PrepTutorEJDIC

《距離》『遠くに』,遠くへ,はるかに / 《時間》『ずっと後まで(に),ずっと先まで(に)』 / 《程度》《形容詞・副詞[句],およびその比較級を修飾して》『ずっと』,はるかに(much),たいそう / 《おもに文・詩》(場所が)『遠くにある』,遠い / (二つのうち)『遠いほうの』,向こう側の / 長距離(長時間)にわたる / (政治的に)極端な
〈U〉(光・熱・放射能などの)発散,放射 / 〈C〉放射物;放射線;輻射(ふくしゃ)熱 / 〈C〉(喜び・幸福感などの)発散《+『of』+『名』》 / =radioactivity
赤外線の
ファ(全音階の第4音)
farad / forte

UpToDate Contents

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1. 小児における放射線被曝の臨床的特徴 clinical features of radiation exposure in children
2. 成人における放射線障害の生物学および臨床的特徴 biology and clinical features of radiation injury in adults
3. 放射線療法誘発性肺障害 radiation induced lung injury
4. 画像検査の放射線関連リスク radiation related risks of imaging studies
5. 心血管イメージングの放射線量および悪性腫瘍リスク radiation dose and risk of malignancy from cardiovascular imaging

English Journal

Terahertz wavefronts measured using the Hartmann sensor principle.

Cui M, Hovenier JN, Ren Y, Polo A, Gao JR.AbstractWe demonstrate for the first time that the Hartmann wavefront sensor (HWS) principle can be applied for characterizing the wavefronts of terahertz (THz) electromagnetic radiation. The THz Hartmann wavefront sensor consists of a metallic plate with an array of holes and a two-dimensional scanable pyro-electric detector. The THz radiation with different wavefronts was generated by a far-infrared gas laser operated at 2.5 THz in combination with a number of objects that result in known wavefronts. To measure the wavefront, a beam passing through an array of holes generates intensity spots, for which the positions of the individual spot centroids are measured and compared with reference positions. The reconstructed wavefronts are in good agreement with the model expectations.
Optics express.Opt Express.2012 Jun 18;20(13):14380-91. doi: 10.1364/OE.20.014380.
We demonstrate for the first time that the Hartmann wavefront sensor (HWS) principle can be applied for characterizing the wavefronts of terahertz (THz) electromagnetic radiation. The THz Hartmann wavefront sensor consists of a metallic plate with an array of holes and a two-dimensional scanable pyr
PMID 22714499

Recent advances in measurement of the water vapour continuum in the far-infrared spectral region.

Green PD, Newman SM, Beeby RJ, Murray JE, Pickering JC, Harries JE.SourceSpace and Atmospheric Physics, Blackett Laboratory, Imperial College, Prince Consort Road, London SW7 2BZ, UK. p.green@imperial.ac.uk
Philosophical transactions. Series A, Mathematical, physical, and engineering sciences.Philos Transact A Math Phys Eng Sci.2012 Jun 13;370(1968):2637-55.
We present a new derivation of the foreign-broadened water vapour continuum in the far-infrared (far-IR) pure rotation band between 24 μm and 120 μm (85-420 cm(-1)) from field data collected in flight campaigns of the Continuum Absorption by Visible and IR radiation and Atmospheric Relevance
PMID 22547236

Japanese Journal

サブテラヘルツジャイロトロンの電磁波ビーム強度と周波数の同時安定化

小川勇,出原敏孝
日本物理学会講演概要集 73.1(0), 908-908, 2018
NAID 130007648952

ラジカル窒化における基板加熱法の影響

菊池佑介,佐藤雅之,藤田涼平,坂本幸弘
表面技術 69(10), 464-468, 2018
… Considering ecologically friendly processes and processing time reduction, near-infrared radiant（NIR）heating is a better heating method. … Because NIR wavelengths are shorter than far-infrared radiation wavelengths, NIR gives higher energy input: it is better suited for heating metal. …
NAID 130007621702