DiffractLab
সকলো
info
০+
ডাউনল’ড
সকলো
অধিক জানক
এই এপ্টোৰ বিষয়ে
DiffractLab is a tool for simulating Fraunhofer diffraction patterns on your mobile device. Explore the physics of light diffraction through single and double slit experiments with real-time intensity distribution visualization.
Features:
Single Slit Diffraction: Adjust slit width and wavelength to observe the diffraction intensity pattern. View the central maximum width and secondary maxima positions calculated in real time.
Double Slit Diffraction: Configure slit width, slit separation, and wavelength to simulate the combined diffraction-interference pattern. Analyze fringe spacing and identify missing orders.
Comparison Mode: View single slit and double slit patterns side by side with an overlay option, making it easier to understand how interference fringes fit within the diffraction envelope.
Wavelength Presets: Quickly select red (650nm), green (550nm), or blue (450nm) light, or enter any custom wavelength value.
Theory Reference: Access detailed explanations of Fraunhofer diffraction formulas, including the intensity equation I = I₀ × (sinβ/β)² × cos²α, minima conditions, and parameter descriptions.
Offline Operation: All simulations run locally on your device. No internet connection required for core functionality.
Features:
Single Slit Diffraction: Adjust slit width and wavelength to observe the diffraction intensity pattern. View the central maximum width and secondary maxima positions calculated in real time.
Double Slit Diffraction: Configure slit width, slit separation, and wavelength to simulate the combined diffraction-interference pattern. Analyze fringe spacing and identify missing orders.
Comparison Mode: View single slit and double slit patterns side by side with an overlay option, making it easier to understand how interference fringes fit within the diffraction envelope.
Wavelength Presets: Quickly select red (650nm), green (550nm), or blue (450nm) light, or enter any custom wavelength value.
Theory Reference: Access detailed explanations of Fraunhofer diffraction formulas, including the intensity equation I = I₀ × (sinβ/β)² × cos²α, minima conditions, and parameter descriptions.
Offline Operation: All simulations run locally on your device. No internet connection required for core functionality.
আপডে’ট কৰা তাৰিখ
বিকাশকৰ্তাসকলে আপোনাৰ ডেটা কেনেকৈ সংগ্ৰহ আৰু শ্বেয়াৰ কৰে সেয়া বুজি পোৱাৰ জৰিয়তে সুৰক্ষা আৰম্ভ হয়। ডেটাৰ গোপনীয়তা আৰু সুৰক্ষা প্ৰণালী আপোনাৰ ব্যৱহাৰ, অঞ্চল আৰু বয়সৰ ওপৰত ভিত্তি কৰি ভিন্ন হ’ব পাৰে। বিকাশকৰ্তাগৰাকীয়ে এই তথ্যখিনি প্ৰদান কৰিছে আৰু সময়ৰ লগে লগে এয়া আপডে’ট কৰিব পাৰে।
সকলো
অধিক জানকএপৰ সমৰ্থন
বিকাশকৰ্তাৰ বিষয়ে
ANGELROSE CORPORATION
akashaw@angelrosecorp.lat
42 Longview Dr
Cranston, RI 02920-3318
United States
+1 754-256-1294
