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Optics is the branch of physics which involves the behaviour and properties of light, including its interactions with matter and the construction of instruments that use or detect it. Optics usually describes the behaviour of visible, ultraviolet, and infrared light. Because light is an electromagnetic wave, other forms of electromagnetic radiation such as X-rays, microwaves, and radio waves exhibit similar properties.

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オプティクスは、物質との相互作用やそれを使用または検出する計測器の構築を含む、光の挙動および特性を含む物理学の枝である。光学系は、通常、可視光、紫外光、および赤外光の挙動を記述する。光は電磁波であるため、他の形態の電磁放射

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Optics is a branch of physics, including light behavior and properties, including the interaction with matter and the construction of instruments that use or detect it. Optical systems usually describe the behavior of visible light, ultraviolet light, and infrared light. Since light is electromagnetic waves, other forms of electromagnetic radiation

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オプティクスは、物質との相互作用や物質を使用または検出する装置の構築を含む、光の挙動および特性を含む物理学の枝である。光学システムは、通常、可視光、紫外光、および赤外光の挙動を記述する。光は電磁波であるため、他の形態の電磁放射

BACK INTO ENGLISH

Optics is a branch of physics, including light behavior and properties, including the interaction with matter and the construction of devices that use or detect substances. Optical systems typically describe the behavior of visible light, ultraviolet light, and infrared light. Since light is electromagnetic waves, other forms of electromagnetic radiation

INTO JAPANESE

光学は、物質との相互作用や物質を使用または検出する装置の構築を含む、光の挙動および特性を含む物理学の枝である。光学システムは、典型的には、可視光、紫外光、および赤外光の挙動を記述する。光は電磁波であるため、他の形態の電磁放射

BACK INTO ENGLISH

Optics is a branch of physics, including the behavior and properties of light, including the interaction with matter and the construction of devices that use or detect substances. Optical systems typically describe the behavior of visible light, ultraviolet light, and infrared light. Since light is electromagnetic waves, other forms of electromagnetic radiation

INTO JAPANESE

光学は、物質との相互作用や物質を使用または検出する装置の構築を含む、光の挙動および特性を含む物理学の枝である。光学システムは、典型的には、可視光、紫外光、および赤外光の挙動を記述する。光は電磁波であるため、他の形態の電磁石

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Optical uses, interactions between substances and substances or in the branches of physics, including the characteristics and behavior of light, including the construction of equipment to detect. Optical system is typically describes the behavior of visible, ultraviolet, and infrared light. Because the light is electromagnetic radiation, electromagnet other forms of

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光の使用、物質と物質の相互作用、物理的な分岐の中での、光の特性や挙動、検出する装置の構築など。光学システムは、典型的には可視光、紫外光、および赤外光の挙動を記述する。光は電磁波であるため、電磁気

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The use of light, the interaction of matter and material, the characteristics and behavior of light in the physical branch, the construction of a device to detect etc. Optical systems typically describe the behavior of visible light, ultraviolet light, and infrared light. Since light is electromagnetic waves, electromagnetic

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光の使用、物質と物質の相互作用、物理的分岐における光の特性と挙動、検出する装置の構成など。光学システムは、一般に、可視光、紫外光、および赤外光の挙動を記述する。光は電磁波であるため、電磁波

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The use of light, the interaction of matter and material, the characteristics and behavior of light in physical branching, the configuration of the device to be detected etc. Optical systems generally describe the behavior of visible light, ultraviolet light, and infrared light. Since light is electromagnetic waves, electromagnetic waves

INTO JAPANESE

光の使用、物質と物質の相互作用、物理的分岐における光の特性と挙動、検出される装置の構成など。光学システムは、一般に、可視光、紫外光、および赤外光の挙動を記述する。光は電磁波であるため、電磁波

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Composition characteristics of light in a interaction of light with substances and materials, physical branches and behavior the equipment to be discovered; Optical system, in General, describe the behavior of visible, ultraviolet, and infrared light. Because the light is electromagnetic radiation, electromagnetic radiation

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物質と物質との相互作用における光の組成特性、物理的分枝および挙動は発見されるべき装置;光学システムは、一般に、可視光、紫外光、および赤外光の挙動を記述する。光は電磁放射であるため、電磁放射

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The compositional properties, physical branching and behavior of light in the interaction of matter and matter are the equipment to be discovered; optical systems generally describe the behavior of visible light, ultraviolet light, and infrared light. Since light is electromagnetic radiation, electromagnetic radiation

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物質と物質の相互作用における組成的性質、物理的分枝および光の挙動は発見されるべき装置であり、光学システムは、一般に、可視光、紫外光、および赤外光の挙動を記述する。光は電磁放射であるので、電磁放射

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Compositional properties in the interaction of matter and matter, physical branching and light behavior are devices to be discovered and optical systems generally describe the behavior of visible light, ultraviolet light, and infrared light. Since light is electromagnetic radiation, electromagnetic radiation

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物質と物質の相互作用における組成特性、物理的分岐と光の挙動は発見されるべき装置であり、光学系は一般に可視光、紫外光、および赤外光の挙動を記述する。光は電磁放射であるので、電磁放射

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Compositional properties in the interaction of matter and material, physical branching and light behavior are the devices to be discovered and the optical system generally describes the behavior of visible light, ultraviolet light, and infrared light. Since light is electromagnetic radiation, electromagnetic radiation

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物質および材料、物理的な分岐と軽い動作の相互作用における組成のプロパティ検出されるデバイス、光学系は一般的に可視光、紫外光、赤外光の動作を説明します。光は電磁波、電磁波

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Composition properties in the interaction of matter and materials, physical branching and light actions Detected devices, optics generally describe the behavior of visible light, ultraviolet light, infrared light. Light is electromagnetic wave, electromagnetic wave

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物質と物質の相互作用における組成物の性質、物理的分岐および光の作用検出される装置、光学系は、一般的に、可視光、紫外線、赤外光の挙動を記述する。光は電磁波、電磁波

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The nature of the composition in the interaction of the substance and the substance, the physical branching and the action of the light The device to be detected, the optical system, generally describes the behavior of visible light, ultraviolet light, infrared light. Light is electromagnetic wave, electromagnetic wave

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物質と物質の相互作用における組成物の性質、物理的分岐と光の作用検出される装置、光学系は、一般的に、可視光線、紫外光線、赤外光の挙動を記述する。光は電磁波、電磁波

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Properties of the composition in the interaction of matter and substance, physical branching and action of light The device to be detected, the optical system, generally describes the behavior of visible light, ultraviolet light, infrared light. Light is electromagnetic wave, electromagnetic wave

INTO JAPANESE

物質と物質の相互作用における組成物の性質、物理的分岐と光の作用検出される装置、光学系は、一般的に、可視光、紫外光、赤外光の挙動を記述する。光は電磁波、電磁波

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Properties of the composition in the interaction of substances and substances, physical branching and action of light The device to be detected, the optical system, generally describes the behavior of visible light, ultraviolet light, infrared light. Light is electromagnetic wave, electromagnetic wave

INTO JAPANESE

物質と物質の相互作用における組成物の性質、物理的分岐と光の作用検出される装置、光学系は、一般的に、可視光、紫外線、赤外光の挙動を記述する。光は電磁波、電磁波

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That detection of the nature of the interaction of substances and compositions, physical branches and light equipment, optics, in General, describe the behavior of visible light, ultraviolet, and infrared light. Light is electromagnetic radiation, electromagnetic radiation

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物質および組成物、物理的分枝および光設備の相互作用の性質の検出、一般的には、可視光、紫外線および赤外光の挙動が記載されている。光は、電磁放射、電磁放射

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Detection of the nature of the interactions of matter and composition, physical branching and light equipment, in general, the behavior of visible light, ultraviolet light and infrared light are described. Light is emitted by electromagnetic radiation, electromagnetic radiation

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物質と組成物の相互作用の性質、物理的分枝および光設備、一般に可視光、紫外光および赤外光の挙動の検出が記載されている。光は、電磁放射、電磁放射

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Detection of the nature of the interaction of matter and composition, physical branching and detection of the behavior of light equipment, generally visible light, ultraviolet light and infrared light. Light is emitted by electromagnetic radiation, electromagnetic radiation

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物質と成分、物理的な分岐や光装置、一般的に可視光、紫外線、赤外線の動作の検出との相互作用の性質を検出します。光を電磁波、電磁波

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Detects the nature of interaction with substances and ingredients, physical branching and detection of optical devices, generally visible light, ultraviolet, infrared motion detection. Light is electromagnetic wave, electromagnetic wave

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物質や成分との相互作用の性質、光学デバイスの物理的分岐と検出、一般的に可視光、紫外線、赤外線の動き検出を検出します。光は電磁波、電磁波

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The nature of interaction with substances and components, physical branching and detection of optical devices, generally detect visible light, ultraviolet, infrared motion detection. Light is electromagnetic wave, electromagnetic wave

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物質や構成要素との相互作用の性質、光学装置の物理的な分岐と検出は、一般に、可視光線、紫外線、赤外線の動き検出を検出します。光は電磁波、電磁波