'Monochromatic light' presentation slideshows

Language of Analytical Chemistry (8L)

Satish Pradhan Dnyanasadhana College, Thane. Department of Chemistry M.Sc. Analytical Chemistry Sem-I Language of Analytical Chemistry by Dr.G.R.Bhagure. Language of Analytical Chemistry (8L).

1.6k views • 135 slides

Kimia Analitik 2 PENGANTAR SPEKTROSKOPI

Kimia Analitik 2 PENGANTAR SPEKTROSKOPI. Sonny Widiarto Jurusan Kimia FMIPA Universitas Lampung. Bahan Pelajaran / Silabus. Kolorimetri dan Spektroskopi Radiasi elektomagnetik Sifat cahaya (sebagai gelombang - partikel) Absorpsi dan emisi Aspek kuantitatif (hukum Beer) Instrumen

1.91k views • 84 slides

SATISH PRADHAN DNYANASADHANA COLLEGE- THANE-400604

SATISH PRADHAN DNYANASADHANA COLLEGE- THANE-400604. DEPARTMENT OF CHEMISTRY Introduction to Analytical Chemistry and Statistical Treatment of Analytical Data by Dr.G.R.Bhagure. Purpose of Chemical Analysis. Non Classical Methods. Monochromatic light. Photocell /PMT detector.

1.36k views • 81 slides

Satish Pradhan Dnyanasadhana College, Thane

885 views • 49 slides

Announcements

Announcements. Take Home part of Exam 2 is due now. Homework Chapter 15: Problems 11, 12, 13, 16, 17 Due Fri, Nov 21 Reading Report #3 is due on Wed, Nov 19.

557 views • 44 slides

Chapter 28

Chapter 28. 0. Quantum Physics. 28 Quantum Physics. Slide 28-2. Slide 28-3. Slide 28-4. Slide 28-5. The Photoelectric Effect. Slide 28-12. Swimming Pool Analogy. Slide 28-13. The Effect of Voltage Between Anode and Cathode. Slide 28-14. Photons: Light Quanta.

603 views • 37 slides

Chapter 4 Excess Carriers in Semiconductors

Chapter 4 Excess Carriers in Semiconductors. 4.1 Optical Absorption 4.2 Luminescence 4.3 Carrier Lifetime and Photoconductivity 4.4 Diffusion of Carriers. 4.1 Optical Absorption(1).

2.6k views • 36 slides

Physics 5.4

Physics 5.4. Waves. A vibratory disturbance that moves through a medium. Waves can be one pulse or a periodic wave (which is just a pulse repeated many times!). Which diagram does not represent a periodic wave?. 1. 2. 3. 4. Answer: 4.

461 views • 30 slides

Electromagnetic Waves

Electromagnetic Waves. G3 Two Source Interference of Waves G4 The Diffraction Grating. Recap: Superposition (interference)

515 views • 28 slides

Deal-Grove Model Predictions

Deal-Grove Model Predictions. Once B and B/A are determined, we can predict the thickness of the oxide versus time. Deal-Grove Model of Oxidation. B. P. 1200 C. Mask thickness ( m m). 1200 C. 1100 C. 1100 C. 1000 C. 900 C. 1000 C. 900 C. Diffusion time (hr).

608 views • 26 slides

Deal-Grove Model Predictions

Deal-Grove Model Predictions. Once B and B/A are determined, we can predict the thickness of the oxide versus time. Deal-Grove Model of Oxidation. B. P. 1200 C. Mask thickness ( m m). 1200 C. 1100 C. 1100 C. 1000 C. 900 C. 1000 C. 900 C. Diffusion time (hr).

335 views • 26 slides

Spectrophotometry Chapter 17, Harris

Spectrophotometry Chapter 17, Harris. Spectrophotometry is the use of the measurement of the interaction of Electromagnetic radiation (EMR) with matter to quantize the concentration of an analyte. There are many different types of

950 views • 25 slides

Introduction to Spectrophotometry

Introduction to Spectrophotometry. Properties of Light. Electromagnetic radiation moves in waves. Electromagnetic Spectrum. Electromagnetic Spectrum. Colors & Wavelengths. Visible Light. What is Colorimetry?. The solutions of many compounds have characteristic colors.

996 views • 24 slides

Chapter15

Chapter15 . Section 1 Interference. Objectives. Describe how light waves interfere with each other to produce bright and dark fringes. Identify the conditions required for interference to occur. Predict the location of interference fringes using the equation for double-slit interference.

351 views • 22 slides

The Electromagnetic Field

The Electromagnetic Field. Maxwell Equations. Constitutive Equations. Boundary Conditions. Gauss divergence theorem. Leads to. Boundary Conditions. Boundary Conditions.

803 views • 21 slides

Interference of Light Waves

1.22k views • 20 slides

183 views • 18 slides

27-3 Photon Theory & Photoelectric Effect

303 views • 15 slides

PHYS 221 Recitation

152 views • 5 slides

O pto-Electronics and L ightwave E ngineering G roup ( OLEG )

70 views • 1 slides