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次の英文を和訳してほしいです。

2011/07/04 04:58

If the frequency of photons is such that hν is exactly equal to the energy that binds the electrons in the metal, then the light will have just enough energy to knock the electrons loose. この英文を和訳してほしいです。

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noname#175206

2011/07/04 05:35 回答No.1

「もし光子の振動数が十分高ければ、そのエネルギーはhν（プランク定数×振動数）であるが、それが金属が電子を拘束するエネルギーとちょうど等しければ、その光は（金属から）電子を叩き出すのに十分なエネルギーを持っている。」

質問者

お礼 2011/07/04 05:48

ありがとうございます。(*^_^*)

関連するQ&A

次の英文を和訳してほしいです。

Thus, the more intense the light, the greater the number of electrons emitted by the target metal; the higher the frequency of the light, the greater the kinetic energy of the ejected electrons. この英文を和訳してほしいです。
英文の和訳を教えてください

以下の文なのですが、訳せる方いらっしゃいましたらお願いします。 Photon Absorption Photovoltaic cells are designed to capture the photons of the solar spectrum. Energies in the visible range are especially important to consider, but energy is available in the near-infrared, as well. Solar cell designs that more efficiently　absorb these photons must consider the specific energies of these wavelengths. Photons with energies equal to or greater than the bandgap are absorbed as their energy promotes electrons into the conduction band. If photons have energy exceeding the semiconductor’s bandgap, the excess is usually dissipated as heat and is thus wasted. Alternatively, photons whose energies are less than the bandgap are not absorbed at all, but are transmitted through the material and their energy is not used. If the photon’s energy is equal to the bandgap, the energy transfer, in terms of its photovoltaic usefulness, is as close to 100% efficient as is thermodynamically possible. 専門的な文章でなかなか難しいので、出来る方いましたらお願いします。
英文の和訳を教えてください

以下の文なのですが、訳せる方いらっしゃいましたらお願いします。 Stars, including our own sun, emit energies covering a range of wavelengths of the EM spectrum. However, different types of stars produce differing amounts of energy in each region of the spectrum. Our sun emits more photons in the visible light and surrounding regions than in any other part of the EM spectrum. This phenomenon may be why our eyes have evolved to see that part of the EM spectrum and not microwaves, gamma rays, or any of the other wavelengths that are emitted at lower intensities by our sun. Figure 9 includes a spectrum of the sun’s light that reaches Earth’s upper atmosphere. Notice the peak region is from 400 to 700 nanometers (nm), which is the visible range of the spectrum. Also note that there is a large number of photons through most of the infrared region of the spectrum (700 to 10,000 nm). At the higher-energy, shorter-wavelength end of the spectrum, the number of photons drops off dramatically. The sun’s spectrum contains very little light with wavelengths shorter than about 300 nm (i.e., photon energy greater than about 4 eV). The Earth’s atmosphere protects us from the higher-energy forms of light, such as ultraviolet rays. In fact, the existence of life on Earth would be far less likely if these more damaging forms of energy were more abundant. The terrestrial spectrum in Fig. 9 describes the light that actually reaches the Earth’s surface after passing through the atmosphere. Notice that there are various wavelengths in which the number of photons is greatly reduced as compared to the space solar spectrum. This difference is due to photons being absorbed by atmospheric gases, the best known being ozone (O3), which absorbs higher-energy (lower-wavelength) ultraviolet light below 400 nm. Photons with wavelengths near 900, 1100, and 1400 nm are absorbed by water vapor in the atmosphere. 以上です。自分でできれば良いのですが・・・
和訳おねがいします

翻訳機で理系の用語は出てくるのかもしれませんが、その他の普通の言葉、こういった理系の文章にふさわしい言葉がわかりません。 One difference between force and matter fields is expressed by Wolfgang Puali's exclusion principle. This principle shows that whereas a huge number of force particles (like photons) can combine to produce fields accessible to a prequantum physicist such as Maxwell, fields that you see every time you enter a dark room and turn on a light, matter particles are generally excluded by the laws of quantum physics from cooperating in such a coherent, organized manner. (More precisely, two particles of the same species, such as two electrons, are excluded from occupying the same state, whereas there is no such restriction for photons. Thus, matter fields do not generally have a macroscopic, classical-like manifestation.)
英文の和訳をお願いします。

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次の英文を和訳したいのですが、構造がわかりません。

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英文と和訳があります。和訳は正しいですか？

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次の英文を和訳してください

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次の英文を和訳してください。お願いいたします。

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次の英文を和訳してください。お願いいたします。

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英文和訳です

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英文和訳をお願いします。

以下の文章を分かりやすい日本語にするとどうなるでしょうか。よろしくお願いします。 Gold is “overdue for a rest” and probably will fall after a decade of gains that sent prices to a record. While gold may go down for a while, the metal is going to go over $2,000 in this decade.

次の英文を和訳してほしいです。

質問者が選んだベストアンサー

お礼 2011/07/04 05:48

関連するQ&A

次の英文を和訳してほしいです。

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次の英文を和訳してください。お願いいたします。

次の英文を和訳してください。お願いいたします。

この英文について教えてください

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英文和訳をお願いします。

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次の英文を和訳してほしいです。

質問者が選んだベストアンサー

お礼 2011/07/04 05:48

関連するQ&A

次の英文を和訳してほしいです。

英文の和訳を教えてください

英文の和訳を教えてください

和訳おねがいします

英文の和訳をお願いします。

次の英文を和訳したいのですが、構造がわかりません。

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次の英文を和訳してほしいです。

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次の英文の和訳をお願いしたいです。

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次の英文を和訳してください。お願いいたします。

次の英文を和訳してください。お願いいたします。

この英文について教えてください

英文和訳です

英文和訳をお願いします。

注目のQ&A

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専門家に質問してみよう 専門家登録

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