benda-hitam bahasa Inggris

• blackbody

• benda hitam:    black body; blackbody; full radiator
• agihan spektral benda hitam:    blackbody spectral distribution
• ginjatan benda-hitam:    blackbody fluctuation
• penyinaran benda-hitam:    black body radiation
• radiasi benda-hitam:    blackbody radiation; black-body radiation
• tekanan radiasi benda-hitam:    blackbody radiation pressure
• benda:    matter; nomen; object; thing; article; item; substance; belonging; heart and soul; subject; gubbins; gimmick; case; convenience; thingamajig; thingamabob; gist; something; gizmo; kernel; whatsis; wh
• hitam:    black; inky; sable antelope; dusky; ebony; sooty; bleak; dim; black person; negro; fatal; sable; calamitous; negroid; soot black; blackamoor; fateful; jet black; ebon; blackness; inkiness; moss agat
• benda-benda berkhasiat:    nourishment
• benda-benda ebonit:    ebonit-articles
• benda-benda lumayan:    luxury goods
• alam benda:    still life
• benda acuan:    reference object
• benda ajaib:    curio
• benda antara:    distance-piece

• Its emission is called black-body radiation.
  Emisinya disebut radiasi benda-hitam.
• Black-body radiation is also called thermal radiation, cavity radiation, complete radiation or temperature radiation.
  Radiasi benda-hitam disebut juga radiasi sempurna atau radiasi temperatur atau radiasi termal.
• The black-body law may be used to estimate the temperature of a planet orbiting the Sun.
  Hukum benda-hitam dapat digunakan untuk memperkirakan temperatur sebuah planet yang mengorbit matahari.
• Consequently, black-body radiation may be viewed as the radiation from a black body at thermal equilibrium.
  Akibatnya, radiasi benda-hitam dapat dilihat sebagai radiasi dari benda hitam pada kesetimbangan termal.
• These quanta were called photons and the black-body cavity was thought of as containing a gas of photons.
  Kuanta ini disebut foton dan rongga benda-hitam disebut berisi gas foton.
• In 1896, Wilhelm Wien empirically determined a distribution law of black-body radiation, known as Wien's law in his honor.
  Tahun 1896, Wilhelm Wien secara empiris menentukan hukum distribusi radiasi benda-hitam, kemudian dikenal dengan nama Hukum Wien.
• The problem was solved in 1901 by Max Planck in the formalism now known as Planck's law of black-body radiation.
  Masalah ini diselesaikan tahun 1991 oleh Max Planck yang saat ini dikenal dengan Hukum Planck untuk radiasi benda-hitam.
• Wien's displacement law shows how the spectrum of black-body radiation at any temperature is related to the spectrum at any other temperature.
  Hukum perpindahan Wien menjelaskan bagaimana spektrum radiasi benda-hitam pada suhu berapapun berkorelasi dengan spektrum pada suhu lainnya.
• Black-body radiation has a characteristic, continuous frequency spectrum that depends only on the body's temperature, called the Planck spectrum or Planck's law.
  Radiasi benda-hitam memiliki karakteristik yaitu spektrum frekuensi kontinu yang bergantung hanya pada suhu benda, disebut spektrum Planck atau Hukum Planck.
• With non-black surfaces, the deviations from ideal black-body behavior are determined by both the surface structure, such as roughness or granularity, and the chemical composition.
  Dengan permukaan non-hitam, penyimpangan dari perilaku benda-hitam ideal ditentukan dari struktur permukaan, seperti kekasaran atau granularitas, dan komposisi kimia.