 |
Laser Effect Calculator |
|---|
| この情報はストアのものより古い可能性がございます。 | ||||
|
価格 | 無料 | ダウンロード |
|
|---|---|---|---|---|
| ｼﾞｬﾝﾙ | 教育 | |||
サイズ | 4.4MB | |||
| 開発者 | Onekala LLC | |||
| 順位 |
| |||
| ﾘﾘｰｽ日 | 2015-01-16 13:41:40 | 評価 | 評価が取得できませんでした。 | |
| 互換性 | iOS 8.0以降が必要です。 iPhone、iPad および iPod touch 対応。 | |||
Explore the world of lasers and optics with the interactive Laser Effect Calculator.
- See the resulting laser effect, laser brightness and laser spot size when you change the laser power, firing time, range to object, wavelength of light, exit lens diameter and beam quality
- The app uses Gaussian physics and thermodynamics to estimate how much of a material you can melt, or how many photons arrive, taking into account the variables above
- Values are displayed in accurate scientific notation - change them precisely over 40 orders of magnitude with customized sliders, and pause at a value for half a second to lock in the selection.
- Load scenarios to explore high-power lasers like the National Ignition Facility (laser fusion), long range scenarios like laser orbital debris removal, or see how a low power laser can be used to write a CD, DVD or Blu-ray Disc
- Create your own scenarios for education, research or homework, and save them to your favorites. Also you can submit favorites to be included in the next release
- Laser Effect Calculator is for educational use only, as many assumptions are made:
—The circular laser beam propagates according to Gaussian physics
—A perfectly collimated beam is focused by one lens to a beam waist
—The laser beam is not affected by atmospheric absorption, scattering or thermal blooming
—The phase front of the beam is perfectly corrected for aberrations
—The focusing optic has a focal length equal to the distance 'Range'
—The focusing optic is sized to avoid clipping
—The spot size reported is the beam waist, is not diffraction limited, and is measured at the 1/e2 values of irradiance
—The beam has a Gaussian spatial profile and a flat-top (not Gaussian) time profile
—The beam waist occurs at the focal length (even though at long distances it occurs earlier)
—For melting calculations, it is assumed that all laser energy is absorbed, and all second-order effects like variation of specific heat with temperature are ignored
更新履歴
This app has been updated by Apple to display the Apple Watch app icon.
- Upgraded layout for iPhone 6, iPhone 6+ and iPad Pro
- Changed price from Tier 1 to Free with banner ad
- See the resulting laser effect, laser brightness and laser spot size when you change the laser power, firing time, range to object, wavelength of light, exit lens diameter and beam quality
- The app uses Gaussian physics and thermodynamics to estimate how much of a material you can melt, or how many photons arrive, taking into account the variables above
- Values are displayed in accurate scientific notation - change them precisely over 40 orders of magnitude with customized sliders, and pause at a value for half a second to lock in the selection.
- Load scenarios to explore high-power lasers like the National Ignition Facility (laser fusion), long range scenarios like laser orbital debris removal, or see how a low power laser can be used to write a CD, DVD or Blu-ray Disc
- Create your own scenarios for education, research or homework, and save them to your favorites. Also you can submit favorites to be included in the next release
- Laser Effect Calculator is for educational use only, as many assumptions are made:
—The circular laser beam propagates according to Gaussian physics
—A perfectly collimated beam is focused by one lens to a beam waist
—The laser beam is not affected by atmospheric absorption, scattering or thermal blooming
—The phase front of the beam is perfectly corrected for aberrations
—The focusing optic has a focal length equal to the distance 'Range'
—The focusing optic is sized to avoid clipping
—The spot size reported is the beam waist, is not diffraction limited, and is measured at the 1/e2 values of irradiance
—The beam has a Gaussian spatial profile and a flat-top (not Gaussian) time profile
—The beam waist occurs at the focal length (even though at long distances it occurs earlier)
—For melting calculations, it is assumed that all laser energy is absorbed, and all second-order effects like variation of specific heat with temperature are ignored
更新履歴
This app has been updated by Apple to display the Apple Watch app icon.
- Upgraded layout for iPhone 6, iPhone 6+ and iPad Pro
- Changed price from Tier 1 to Free with banner ad
ブログパーツ第二弾を公開しました！ホームページでアプリの順位・価格・周辺ランキングをご紹介頂けます。
ブログパーツ第2弾！
アプリの周辺ランキングを表示するブログパーツです。価格・順位共に自動で最新情報に更新されるのでアプリの状態チェックにも最適です。
ランキング圏外の場合でも周辺ランキングの代わりに説明文を表示にするので安心です。
サンプルが気に入りましたら、下に表示されたHTMLタグをそのままページに貼り付けることでご利用頂けます。ただし、一般公開されているページでご使用頂かないと表示されませんのでご注意ください。
幅200px版
幅320px版
お気に入りのアプリをご紹介頂くためのブログパーツです。アプリの価格や順位表示は毎日自動更新♪
サンプルが気に入りましたら、下に表示されたHTMLタグをそのままページに貼り付けることでご利用頂けます。
※配信を停止させていただく可能性もございますので、タグの改変はご遠慮ください。
Now Loading...
「iPhone & iPad アプリランキング」は、最新かつ詳細なアプリ情報をご紹介しているサイトです。
お探しのアプリに出会えるように様々な切り口でページをご用意しております。
「メニュー」よりぜひアプリ探しにお役立て下さい。
Presents by $$308413110 スマホからのアクセスにはQRコードをご活用ください。 →
Now loading...