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Nano SPEAKs @UClu9cyYyOT4-7nkoVTjPONg@youtube.com

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This channel focuses purely on research for EVERY researcher


07:32
How to Interpret SEM Micrographs ? - Tutorial 1
08:29
How To Analyze SEM and PL Data ?
07:16
How to Analyse SEM, XRD, and PL Data / Plot / Graph in Research Paper ?
06:57
How To Analyse XRD and SEM Data / Plot / Graph in Research Paper? Experimental Paper Skills
05:31
Origin Pro: How to Draw Stack Diagram/Plot/Graph?
07:31
Singlet State Vs. Triplet State: Fluorescence vs Phosphorescence in Photoluminescence Spectroscopy
07:35
What is Photoluminescence?
06:16
Photoluminescence vs. Stokes Shift
09:40
Photoluminescence (PL) Spectroscopy: Organic Vs. Inorganic Semiconductor
05:43
Why Kα has higher intensity than Kβ in X - rays ? - XRD Basics
04:31
X-rays vs. Gamma vs. Ultra violet vs. Infrared vs. Microwave: How Molecules Responses?
08:11
XRD Peak Analysis: Peaks Position Vs. Peak Intensity Vs. Peak Shape
09:09
How to Make PowerPoint Presentation for PhD Defense and Viva Interview ?
07:12
How to Analyse XPS Data / Plot / Graph / in Research Paper?
03:05
How to Schedule an Email?
06:12
Intensity Vs. Binding Energy - XPS Interpretation
02:10
What is X-rays Photoelectrons Spectroscopy?
05:12
Why XPS can't detects Hydrogen & Helium
06:14
Shake - Up and Shake - off Satellite Peaks in XPS Spectra
04:14
X-rays Satellite Peaks in XPS Spectra
03:44
Why Every XPS Spectra has a Background
06:16
Auger Peaks in XPS Spectra
04:39
Photoelectron Peaks in XPS Spectra
07:17
XPS Spectra for p, d, and f-orbitals
04:42
Survey Vs. High Resolution Spectra in XPS Analysis
03:56
Binding Energy Vs. Chemical Environment in XPS Analysis
06:04
Why Binding Energy increases with the increasing Oxidation State - XPS analysis
05:11
Chemical Environment by XPS
11:41
Why is BE inversely proportional to KE in XPS
06:36
X-rays sources in XPS Analysis
07:12
XPS is much Superior Characterization Technique
13:52
High Resolution Spectra in XPS
05:22
How to Calculate Binding Energy in XPS
04:49
Why Binding Energy is Important in XPS ?
06:26
Binding Energy in XPS
06:15
What is Survey Spectra in XPS?
10:29
Why XPS Only Analyze Core Electrons - X-rays Photoelectron Spectroscopy
08:03
MOST Important Equation of XPS
10:41
Why p-orbital, d-orbital, f-orbital have TWO Peaks- Doublet in XPS Spectra
05:16
XPS vs XRF vs Auger Effect- X-rays Photoelectron Spectroscopy
06:18
Why X-rays Photoelectron Spectroscopy is a Surface Sensitive Technique?
06:57
X-rays Photoelectron Spectroscopy - Surface vs. Ultra thin film vs. Thin film
05:40
Why XRD Peak intensity get smaller with increasing 2 theta (2Θ)
06:28
Secret Behind Bragg's law (nλ = 2dsinθ) - Reflected angle vs. Diffracted angle
06:16
Secret Behind X-rays scattering by electrons - atoms - unit cells (Crystal) || XRD analysis
11:09
All Possible Reasons for XRD PEAK Shift- Doping, Strains, Annealing and Crystallite Size
06:44
Crystalline XRD vs Monatomic gas XRD
05:46
What is JCPDS, ICDD and Powder Diffraction File
03:06
Crystalline XRD vs. Liquid / Polymer/ Amorphous XRD
02:43
XRD peak shift due to Temperature
05:36
Why XRD Peak Shift due to Doping
05:33
Why XRD Peak Broadening - Due to Microstrain in a material
03:45
Why XRD Peak shift Towards Lower 2θ - Due to Macrostrains in a material
03:30
Why 2θ in XRD graph - θ:θ Scan Setup
03:48
Why 2θ in XRD Analysis - θ : 2θ Scan Setup
04:15
Peak Intensity Vs. Atom's Position in XRD analysis
05:26
How Peak Shift in XRD graph shows Stresses/Strains in the material
04:04
Why XRD Peak shows Broadening
03:11
Peak Intensity in XRD Spectrum
06:20
How Peak Position Identify Crystal Structure :: XRD Analysis