<--- Back to Details
First PageDocument Content
Magnetometers / Measuring instruments / Sensors / Physical quantities / Optical fiber / SQUID / Magnetic field / Magneto-optic effect / Magnet / Electromagnetism / Physics / Magnetism
Date: 2015-03-31 19:36:59
Magnetometers
Measuring instruments
Sensors
Physical quantities
Optical fiber
SQUID
Magnetic field
Magneto-optic effect
Magnet
Electromagnetism
Physics
Magnetism

System Options Magnetic Property Measurement System AC Susceptibility Many materials display dissipative mechanisms

Add to Reading List

Source URL: www.qdusa.com

Download Document from Source Website

File Size: 406,57 KB

Share Document on Facebook

Similar Documents

Durham Magneto Optics Ltd NanoMOKE3® Specifications Marketed by Quantum Design

Durham Magneto Optics Ltd NanoMOKE3® Specifications Marketed by Quantum Design

DocID: 18aSs - View Document

11 Instrumentation and Technique 11-1 A N o v e l L a t t i c e - s p a c i n g Comparator with Resolution of 10-9 In all fundamental theories there appear a number of parameters which characterize the fundamental partic

11 Instrumentation and Technique 11-1 A N o v e l L a t t i c e - s p a c i n g Comparator with Resolution of 10-9 In all fundamental theories there appear a number of parameters which characterize the fundamental partic

DocID: 17VSY - View Document

System Options  Magnetic Property Measurement System AC Susceptibility Many materials display dissipative mechanisms

System Options Magnetic Property Measurement System AC Susceptibility Many materials display dissipative mechanisms

DocID: 15IRe - View Document

EXPERIMENTAL PROBLEM 2 BIREFRINGENCE OF MICA In this experiment you will measure the birefringence of mica (a crystal widely used in polarizing optical components).  MATERIAL

EXPERIMENTAL PROBLEM 2 BIREFRINGENCE OF MICA In this experiment you will measure the birefringence of mica (a crystal widely used in polarizing optical components). MATERIAL

DocID: 13zdp - View Document

Putting a new spin on plasmonics

Putting a new spin on plasmonics

DocID: 12EGL - View Document