32:45

Raman Spectroscopy: Unveiling the Secrets of Light Scattering & Molecular Behavior

35:03

Infrared Spectroscopy: Reflectance Techniques & ATR Explained (Bonus: IR Spectra Interpretation)

17:59

Confidence Limit

10:29

Q - Test | Rejection of Result | Reliability of Results

40:38

X-Ray Diffraction Techniques

10:31

Types of Electronic Transitions in UV-Visible Spectroscopy

10:21

Concept of #Absorbance and #Transmittance in #spectroscopy

13:30

Ion Pair Chromatography

26:30

Ion Exchange Chromatography (Hindi + English)

16:33

DSC - Differential Scanning Calorimetry

08:54

#thermalanalyis #thermogravimetric analysis

28:36

Potentiometry

28:36

Mass Spectrometry (Part 7) | fragmentation in mass spectrometry

07:36

Mass Spectrometry (Part 6) Time of Flight Mass Analyzer Matrix Assisted Laser Desorption Ionization

08:54

Mass Spectrometry (Part 5) Quadrupole Mass Spectrometer Working Principle Animation

09:57

Mass Spectrometry (Part 4) Electrospray Ionization

16:25

Mass Spectrometry (Part 3) Instrumentation of Mass Spectrometer, Ionization Methods

06:59

Mass Spectrometry (Part 2) Spectrum, Molecular ion peak & Base Peak, Isotope peaks, Metastable ions

09:06

Mass Spectrometry (Part 1) Principle & Theory, Fragmentation and Ions, Rearrangement ions

21:17

C 13 NMR | Principle | Abundance of C 13|Proton Decoupling | Advantages of C 13

06:18

NMR Interpretation tips | Part 9 - Nuclear Magnetic Resonance

19:27

8. Splitting of the signal – Rules & Restrictions, FT-NMR & its Advantages

07:18

7. Types of Coupling Constants

13:56

6.Signal Splitting rules, Origins of signal splitting, the coupling constant.mp4

10:24

5. Peak area, Proton Counting & Spin-Spin splitting.mp4

07:46

4. Factors affecting Chemical Shift.mp4

05:09

3. Nuclear Magnetic Resonance - NMR Signals

10:04

2. Nuclear Magnetic Resonance - Relaxation Processes

08:59

Introduction to Nuclear Magnetic Resonance (PART-1)

39:37

Non-Flame atomizers, Interferences in Atomic Absorption Spectroscopy & Flame Photometry

09:04

Flame Atomizers: Total Consumption | Burner Premix Burner | Flame Photometry, Atomic Absorption Spec

24:59

Plasma Sources in Atomic Absorption Spectroscopy

17:48

Atomic Absorption Spectroscopy (Part 2) Hallow Cathode Lamp, Electrodeless Discharge Lamp

43:35

Calibration Curve and Linear Regression Analysis in Ultraviolet Spectroscopy

22:41

Atomic Absorption Spectroscopy & Flame Photometry (Part 1) Principle, Advantages & Disadvantages

24:23

Fluorescence Spectroscopy (Part 2) Excitation & Emission, Quenching, Instrumentation, Applications

34:19

Fluorescence Spectroscopy (Part 1) | Fluorescence, Deactivation, Jablonski, Quantum Yield

38:35

Instrumentation Crash Course - IR Spectroscopy (Part IV)

30:26

IR Spectroscopy (Part 3) Vibrational Modes & influencing Factors, Vibrational Coupling, CO2 shape

36:37

IR Spectroscopy (Part 2) | Vibrational Spectra, Molecular Spectra, Transitions, Selection Rules

33:56

IR Spectroscopy (Part 1) | Principle, Types & Modes of Vibrations and Molecular Spectra

33:53

Instrumentation Part 3 | UV Spectroscopy | Pharmaceutical Analysis | 4th Year B Pharm

33:19

Instrumentation Part 2 | UV Spectroscopy | Pharmaceutical Analysis | 4th Year B Pharm

08:24

Instrumentation Part 1 | UV Spectroscopy | Pharmaceutical Analysis | 4th Year B Pharm

32:37

UV Spectroscopy | Electronic transitions, chromophores, auxochromes, spectral shifts |

54:21

Difference Spectroscopy technique - Theory | UV Spectroscopy |

35:22

Plate Theory: Column Efficiency and Plate Height | Chromatography Basics - Part 2

39:06

Part IV - Analytical Method Development | Quantitation Limit, Robustness, System Suitability Testing

51:38

Part III - Analytical Method Validation | Precision & Specificity | Pharmaceutical analysis

01:10:46

Part II - Analytical Method Validation | Linearity and Accuracy | Pharmaceutical Analysis

40:03

Part I - Analytical Method Validation | Pharmaceutical Analysis | Final Year B Pharm

15:01

Part II - Woodward Fieser Rule For Calculating Lambda max (λmax) | UV Spectroscopy | Pharm Analysis

56:48

Part I - Woodward Fieser Rule For Calculating Lambda max (λmax) | UV Spectroscopy | Pharm Analysis

54:29

simultaneous equation method | UV spectroscopy | Pharmaceutical Analysis | Fourth Year B Pharm

39:45

Absorption ratio method | topics | Pharmaceutical Analysis | Fourth Year B Pharmacy

43:05

Sample Introduction in AAS, Plasma Sources, Atomizers | AAS AES | Pharmaceutical Analysis

02:30

Furan Synthesis from carbohydrates