O1 interferometer michelson
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Dokumen ini merangkum eksperimen mengukur panjang gelombang cahaya menggunakan interferometer Michelson. Eksperimen melibatkan variasi jarak antara cermin dan pengukuran fase gelombang. Analisis data menunjukkan hubungan linier antara fase dan jarak dengan gradien yang menghasilkan nilai panjang gelombang sebesar 514,9 nm.
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A visual explanation of the Michelson Interferometer
A visual explanation of the Michelson Interferometertarotart
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The Michelson interferometer uses a laser beam that is split by a partially-silvered mirror (beam splitter) into two beams that travel different paths and are reflected by mirrors. When the beams recombine at the detector, their interference creates bright or dark bands depending on the difference between their path lengths (path difference). Initially with equal path lengths, the center is bright, but as one mirror moves further, increasing the path difference by half wavelengths, the center alternates between dark and bright as the path difference causes first destructive then constructive interference.Michelson interferometer 
Michelson interferometer bearost
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The Michelson interferometer uses a laser light source that is split by a beam splitter into two beams. One beam reflects off a fixed mirror and the other reflects off a movable mirror before recombining at the detector. By moving the movable mirror, the path length of one beam can be varied, causing the beams to interfere constructively or destructively at the detector and creating bright or dark fringes. This allows very small changes in distance or wavelength to be measured precisely.Michelson interferometer
Michelson interferometerSueyin Lee
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This document provides instructions for building and using a Michelson interferometer to precisely measure the wavelength of light. It consists of 3 parts: 1) an overview of how the Michelson interferometer works, 2) technical details of the experimental setup, and 3) a procedure for aligning the mirrors and measuring the wavelength of a He-Ne laser. The goal is to achieve an accuracy of one part in 10,000 by translating one mirror and counting the number of interference fringes that pass a photodiode.The Michelson Interferometer
The Michelson InterferometerGrace Ho
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This powerpoint goes through the mechanics of a Michelson Interferometer as well as the theory behind how one works. There is a brief mention of an application of the interferometer, the Laser Interferometer Gravitational-Wave Observatory (LIGO).The Michelson Interferometer
The Michelson Interferometer55456131
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The document describes the Michelson interferometer experiment. It explains that a laser beam is split by a half-silvered mirror, with one beam striking a fixed mirror and the other a movable mirror. The beams are recombined, producing an interference pattern due to the phase change from the altered path length of the movable mirror. Adjusting the movable mirror varies the path lengths and results in different interference patterns, which can be used to make distance measurements by counting the fringes. Applications and examples of using the Michelson interferometer to determine wavelength and distance are also provided.Interferometry 1
Interferometry 1Jeslin Mattam
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Optical interferometry uses light interference to provide extremely precise measurements. When two light waves are combined, they can produce interference fringes of light and dark bands that contain information about the optical path differences between the waves. Recent advances in lasers, fiber optics, and digital processing have expanded applications of optical interferometry from measuring molecular sizes to diameters of stars.Michelson interferometer
Michelson interferometerSarah Raschella
油
The document describes the Michelson Interferometer, which uses a laser, two mirrors (one movable), and a beam splitter to create interference patterns. Light from the laser is split by the beam splitter, reflected by the mirrors, and recombined to produce alternating bright and dim fringes as one mirror is moved. The changing fringe pattern is used to determine the laser's wavelength, with each fringe corresponding to a path difference change of one wavelength.Interferometer
InterferometerAbhijith Mohan
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Laser interferometers use the precise wavelength of lasers to perform high-precision measurements of distance, angles, and other quantities. There are two main types: homodyne laser interferometers, which are based on Michelson interferometry, and heterodyne laser interferometers, which detect Doppler shifts. Key components include a laser source, beam splitters, retroreflectors, and a measurement receiver. Applications include measuring displacement, angles, flatness, straightness, and vibrations in fields like engineering and manufacturing.Michelson interferometer
Michelson interferometercalvin_k
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The Michelson interferometer splits a beam of monochromatic light into two beams using a beam splitter. One beam reflects off a stationary mirror while the other reflects off a movable mirror before recombining at the beam splitter. As the movable mirror is adjusted, the interference pattern of light and dark projected changes, allowing the number of alterations between constructive and destructive interference to be counted. By tracking this change over a known distance, the wavelength of the light can be calculated.Interferometry
InterferometryHarshal Varade
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This document discusses different types of interferometers used for measurement. It describes the principles of interference that occur when two light waves meet, including conditions for constructive and destructive interference. It then explains several specific interferometers - Michelson, Fabry-Perot, fringe counting, NPL flatness, Pitter-NPL, and laser - detailing how each works and what types of measurements each can perform. The NPL flatness interferometer and Pitter-NPL gauge interferometer are explained in more depth with diagrams of their components and working principles.Michelson interferometer
Michelson interferometerYe-Von Lee
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In a Michelson interferometer experiment, a light beam is split into two paths that reflect off mirrors and recombine, creating interference patterns. Adding a disturbance to one path alters the optical path length and shifts the interference fringes. The document then provides an example of using a Michelson interferometer with a 5 centimeter glass cell, calculating that when air is admitted into the cell, filling it, 112 bright-dark-bright fringe shifts will be observed due to the change in refractive index between glass and air.MIlab
MIlabScott McIntosh
油
The Michelson interferometer uses mirrors and light to observe the interference patterns of different types of light. Measurements of monochromatic, dichromatic, and broad spectrum light allowed determination of various wavelength relationships. For monochromatic light, the measured wavelength of 704nm was within 10.6% of accepted values. Dichromatic light measurements yielded an average wavelength of 624nm and difference of 13nm, within 5.7% and 182% of accepted values respectively. Broad spectrum light created fringes across the visible spectrum without distinct patterns.Low Cost Device to Measure the Thickness of Thin Transparent Films
Low Cost Device to Measure the Thickness of Thin Transparent FilmsIDES Editor
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There is often a requirement to fabricate thin glass
plates for prototyping purposes in a research lab. For example
to make a prototype of an optic filter there is a need to fabricate
a number of thin glass plates and in most moderately equipped
optic research laboratory there is facility to etch these glass
plates, but lacks instruments to measure its thickness. Our main
purpose is to design a system which is cost friendly and is
capable of measuring the thickness with a resolution lesser than
1亮m.A combination of Michelson interferometer and an
electronic fringe counter makes up this instrument. The
interferometer produces the fringes which can be made to shift
in relation to the thickness of the film to be measured. The
number of fringes shifted is recorded be the counter using which
the thickness can be determined (note: the refractive index of
the plate should be known)
Ph 101-1
Ph 101-1Chandan Singh
油
This document provides information about a physics course titled "WAVE OPTICS/MODERN PHYSICS" taught by S.N. Dash at NIT Rourkela. The 4 credit course covers topics like interference, diffraction, electromagnetic waves, polarization, and quantum mechanics. Exams and assignments make up the evaluation, with the midterm worth 30%, end term 50%, and assignments 20%. Letter grades are assigned based on percentage scores. The document also provides the instructor's contact information and outlines course topics, textbooks, and assignments.
Laporan cincin newton optik 
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2. Alat yang digunakan adalah resistivitymeter, empat buah elektroda, kabel, GPS, dan perangkat pendukung lainnya. Ada beberapa konfigurasi elektroda yang bisa digunakan seperti Wenner dan Schlumberger.
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O1 interferometer michelsonMiftachul Nur Afifah
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Interferometer Michelson menggunakan prinsip interferensi cahaya untuk menentukan panjang gelombang. Eksperimen menggeser cermin menghasilkan pola fringi yang digunakan untuk menghitung panjang gelombang laser sebesar 514.9 nm dengan kesalahan 18.6%.Uji eksperimental pressure drop & visualisasi aliran
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Hasil tugas akhir tentang uji eksperimental pressure drop dan visualisasi aliran melalui rectangular winglet di dalam saluran. Pengujian ini dapat diaplikasikan untuk mengoptimasikan kerja heat exchangerFISIKA - VEKTOR
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Ringkasan dokumen tersebut adalah:
1. Dokumen tersebut merupakan laporan praktikum fisika tentang penjumlahan vektor gaya.
2. Percobaan dilakukan dengan menggunakan dinamometer dan beban untuk mengukur gaya dengan panjang tali yang berbeda.
3. Hasilnya menunjukkan besarnya resultan vektor gaya akan semakin besar seiring dengan besarnya gaya awal dan sudut di antara kedua vektor gaya a
O1 cincin newton
O1 cincin newtonMiftachul Nur Afifah
油
Eksperimen menggunakan piranti cincin Newton untuk menentukan panjang gelombang cahaya Natrium dengan mengukur jari-jari cincin gelap dan terang, didapat nilai 717,5 nm dengan kesalahan 21,75%."R3 franck hertz
R3 franck hertzMiftachul Nur Afifah
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Percobaan Franck-Hertz bertujuan untuk menentukan energi eksitasi elektron dan panjang gelombang foton dengan menggunakan piranti Franck-Hertz, dimana diperoleh energi eksitasi elektron atom Neon sebesar 17,33 eV dan panjang gelombang foton 716 ."More Related Content
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Interferometer
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Laser interferometers use the precise wavelength of lasers to perform high-precision measurements of distance, angles, and other quantities. There are two main types: homodyne laser interferometers, which are based on Michelson interferometry, and heterodyne laser interferometers, which detect Doppler shifts. Key components include a laser source, beam splitters, retroreflectors, and a measurement receiver. Applications include measuring displacement, angles, flatness, straightness, and vibrations in fields like engineering and manufacturing.Michelson interferometer
Michelson interferometercalvin_k
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The Michelson interferometer splits a beam of monochromatic light into two beams using a beam splitter. One beam reflects off a stationary mirror while the other reflects off a movable mirror before recombining at the beam splitter. As the movable mirror is adjusted, the interference pattern of light and dark projected changes, allowing the number of alterations between constructive and destructive interference to be counted. By tracking this change over a known distance, the wavelength of the light can be calculated.Interferometry
InterferometryHarshal Varade
油
This document discusses different types of interferometers used for measurement. It describes the principles of interference that occur when two light waves meet, including conditions for constructive and destructive interference. It then explains several specific interferometers - Michelson, Fabry-Perot, fringe counting, NPL flatness, Pitter-NPL, and laser - detailing how each works and what types of measurements each can perform. The NPL flatness interferometer and Pitter-NPL gauge interferometer are explained in more depth with diagrams of their components and working principles.Michelson interferometer
Michelson interferometerYe-Von Lee
油
In a Michelson interferometer experiment, a light beam is split into two paths that reflect off mirrors and recombine, creating interference patterns. Adding a disturbance to one path alters the optical path length and shifts the interference fringes. The document then provides an example of using a Michelson interferometer with a 5 centimeter glass cell, calculating that when air is admitted into the cell, filling it, 112 bright-dark-bright fringe shifts will be observed due to the change in refractive index between glass and air.MIlab
MIlabScott McIntosh
油
The Michelson interferometer uses mirrors and light to observe the interference patterns of different types of light. Measurements of monochromatic, dichromatic, and broad spectrum light allowed determination of various wavelength relationships. For monochromatic light, the measured wavelength of 704nm was within 10.6% of accepted values. Dichromatic light measurements yielded an average wavelength of 624nm and difference of 13nm, within 5.7% and 182% of accepted values respectively. Broad spectrum light created fringes across the visible spectrum without distinct patterns.Low Cost Device to Measure the Thickness of Thin Transparent Films
Low Cost Device to Measure the Thickness of Thin Transparent FilmsIDES Editor
油
There is often a requirement to fabricate thin glass
plates for prototyping purposes in a research lab. For example
to make a prototype of an optic filter there is a need to fabricate
a number of thin glass plates and in most moderately equipped
optic research laboratory there is facility to etch these glass
plates, but lacks instruments to measure its thickness. Our main
purpose is to design a system which is cost friendly and is
capable of measuring the thickness with a resolution lesser than
1亮m.A combination of Michelson interferometer and an
electronic fringe counter makes up this instrument. The
interferometer produces the fringes which can be made to shift
in relation to the thickness of the film to be measured. The
number of fringes shifted is recorded be the counter using which
the thickness can be determined (note: the refractive index of
the plate should be known)
Ph 101-1
Ph 101-1Chandan Singh
油
This document provides information about a physics course titled "WAVE OPTICS/MODERN PHYSICS" taught by S.N. Dash at NIT Rourkela. The 4 credit course covers topics like interference, diffraction, electromagnetic waves, polarization, and quantum mechanics. Exams and assignments make up the evaluation, with the midterm worth 30%, end term 50%, and assignments 20%. Letter grades are assigned based on percentage scores. The document also provides the instructor's contact information and outlines course topics, textbooks, and assignments.Similar to O1 interferometer michelson (11)
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油
Eksperimen mengukur panjang gelombang cahaya Natrium menggunakan cincin Newton. Pola cincin gelap dan terang diamati dan diukur jari-jarinya. Data digunakan untuk menghitung panjang gelombang sebesar 602,5 nm, 2,29% lebih besar dari teori.O3 difraksi
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油
Eksperimen ini bertujuan untuk mengukur lebar celah kisi melalui peristiwa difraksi laser. Cahaya laser He-Ne dilewatkan melalui celah sempit dan menghasilkan pola difraksi pada layar. Intensitas cahaya diukur dengan detektor dan grafik intensitas vs jarak pergeseran layar dianalisis. Analisis grafik menghasilkan lebar celah kisi sebesar (1.2858 賊 0.09847) x 10-7 m.Modul_Pelatihan_Geolistrik_dan_Tutorial.pdf
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油
1. Modul ini membahas metode geolistrik resistivitas yang digunakan untuk mengetahui jenis batuan dan fluida di bawah permukaan dengan menginjeksikan arus listrik dan mengukur beda potensial.
2. Alat yang digunakan adalah resistivitymeter, empat buah elektroda, kabel, GPS, dan perangkat pendukung lainnya. Ada beberapa konfigurasi elektroda yang bisa digunakan seperti Wenner dan Schlumberger.
3. Data yang diukAnalisa Distribusi Medan Magnet pada Sensor Dasar Magnetic Inductance Tomogr...
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Interferometer Michelson menggunakan prinsip interferensi cahaya untuk menentukan panjang gelombang. Eksperimen menggeser cermin menghasilkan pola fringi yang digunakan untuk menghitung panjang gelombang laser sebesar 514.9 nm dengan kesalahan 18.6%.Uji eksperimental pressure drop & visualisasi aliran
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Hasil tugas akhir tentang uji eksperimental pressure drop dan visualisasi aliran melalui rectangular winglet di dalam saluran. Pengujian ini dapat diaplikasikan untuk mengoptimasikan kerja heat exchangerFISIKA - VEKTOR
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油
Ringkasan dokumen tersebut adalah:
1. Dokumen tersebut merupakan laporan praktikum fisika tentang penjumlahan vektor gaya.
2. Percobaan dilakukan dengan menggunakan dinamometer dan beban untuk mengukur gaya dengan panjang tali yang berbeda.
3. Hasilnya menunjukkan besarnya resultan vektor gaya akan semakin besar seiring dengan besarnya gaya awal dan sudut di antara kedua vektor gaya aAnalisa Distribusi Medan Magnet pada Sensor Dasar Magnetic Inductance Tomogr...
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- 1. Laboratorium Fisika Optik, Departemen Fisika Fakultas Sains dan Teknologi, Universitas Airlangga Interferometer Michelson Rahmatul Izza (081411331023), Miftachul Nur Afifah (081411331062), Luluil Maknunah (081411331072)
- 2. Laboratorium Fisika Optik, Departemen Fisika Fakultas Sains dan Teknologi, Universitas Airlangga Interfererome ter Michelson Panjang Gelombang Abstrak
- 3. Terjadinya interensi Pembagi muka gelombang oleh Soedojo Laboratorium Fisika Optik, Departemen Fisika Fakultas Sains dan Teknologi, Universitas Airlangga Pendahuluan
- 4. Laboratorium Fisika Optik, Departemen Fisika Fakultas Sains dan Teknologi, Universitas Airlangga Metode
- 5. Laboratorium Fisika Optik, Departemen Fisika Fakultas Sains dan Teknologi, Universitas Airlangga Hasil NO. d (袖m) z NO. d (袖m) z 1 5 41 11 55 226 2 10 65 12 60 244 3 15 81 13 65 262 4 20 102 14 70 282 5 25 121 15 75 304 6 30 140 16 80 328 7 35 157 17 85 350 8 40 175 18 90 375 9 45 191 19 95 401 10 50 208 20 100 422
- 6. Hasil Analisis Pengaruh Jarak terhadap Fase gelombang Tujuan eksperimen Laboratorium Fisika Optik, Departemen Fisika Fakultas Sains dan Teknologi, Universitas Airlangga Pembahasan
- 7. Laboratorium Fisika Optik, Departemen Fisika Fakultas Sains dan Teknologi, Universitas Airlangga Pembahasan Note : Prosentase Kesalahan Nilai Panjang Gelombang 18.6 % = 514.9 nm
- 8. Laboratorium Fisika Optik, Departemen Fisika Fakultas Sains dan Teknologi, Universitas Airlangga Pembahasan y = 3.8835x + 19.868 R族 = 0.9964 0 50 100 150 200 250 300 350 400 450 0 20 40 60 80 100 120 z d (袖m) z Linear (z) z : var.terikat d : var bebas. Gradien : 2/ sebesar 3.8835 maka besar adalah 0.5149 袖m. = 0.5149 袖m = 514.9 nm
- 9. Nilai Panjang Gelombang Laboratorium Fisika Optik, Departemen Fisika Fakultas Sains dan Teknologi, Universitas Airlangga Kesimpulan