タグ

赤外分光法

7 件の記事

Model of a methane (CH4) molecule

火星のメタンガス生命の兆候か地質活動の産物か

火星メタン宇宙生物学キュリオシティ
An overview of electromagnetic radiation absorption. This example discusses the general principle using visible light. A white beam source – emitting light of multiple wavelengths – is focused on a sample (the complementary color pairs are indicated by the yellow dotted lines). Upon striking the sample, photons that match the energy gap of the molecules present (green light in this example) are absorbed in order to excite the molecule. Other photons transmit unaffected and, if the radiation is in the visible region (400–700 nm), the sample color is the complementary color of the absorbed light. By comparing the attenuation of the transmitted light with the incident, an absorption spectrum can be obtained.

吸収分光法物質の正体を明かす光の解析技術

吸収分光法電磁波分光分析量子状態
An overview of electromagnetic radiation absorption. This example discusses the general principle using visible light. A white beam source – emitting light of multiple wavelengths – is focused on a sample (the complementary color pairs are indicated by the yellow dotted lines). Upon striking the sample, photons that match the energy gap of the molecules present (green light in this example) are absorbed in order to excite the molecule. Other photons transmit unaffected and, if the radiation is in the visible region (400–700 nm), the sample color is the complementary color of the absorbed light. By comparing the attenuation of the transmitted light with the incident, an absorption spectrum can be obtained.

吸収分光法光の吸収から物質の正体を突き止める分析技術

吸収分光法電磁波分光分析Beer-Lambert法
Lewis structure of the hydroxide ion showing three lone pairs on the oxygen atom

水酸化物イオンの化学的性質と多様な反応メカニズム

水酸化物イオンOH-pHpOH
A multi-component gas analyzer system is often one of many instruments used to measure gases and monitor volcanic activity.

Multi-GASシステムによる火山ガスモニタリングの最前線

Multi-GAS火山ガス二酸化炭素二酸化硫黄
Skeletal formula of hydrogen chloride with a dimension

塩化水素の化学的性質と産業的利用基礎から安全性まで

塩化水素HCl塩酸化学的性質
Palagonite layers at Moya Beach, Mayotte.

パラゴナイトの特性と火星表面への応用

パラゴナイト火山ガラス玄武岩パルゴナイト化