Why are ultraviolet emitting sources avoided

Assignment Help Mechanical Engineering

Reference no: EM131098794

The following questions deal with laser sources in Raman spectroscopy.

(a) Under what circumstances would a helium-neon laser be preferable to an argon-ion laser?

(b) Under what circumstances would a diode laser be preferable to an argon-ion or helium-neon laser?

Reference no: EM131098794

Questions Cloud

Understand and apply the processes for life cycle costing : PRJM6001 PROJECT COST MANAGEMENT - understand and apply the processes for life cycle costing and you are to choose a new model and perform a Life Cycle Costing calculation using the Net Present Value method to determine its life cycle costs, over a..

What is the speed of the inertial frame : What is the speed of the inertial frame in which the total momentum of the system is zero?

Most relevant lessons learned of software : Which are the three most relevant LESSONS LEARNED of this software? Please explain why? and analyze, and discuss in great detail ...(200 words)

Subtlety regarding crystal class : Subtlety regarding crystal class 432. According to Table 1.5.2, χ(2) possesses nonvanishing tensor elements for crystal class 432, but according to Fig. 1.5.3 dil for this crystal class vanishes identically.

Why are ultraviolet emitting sources avoided : Why are ultraviolet emitting sources avoided?

Consequences of crystalline symmetry : Consequences of crystalline symmetry. Through explicit consideration of the symmetry properties of each of the 32 point groups, verify the results presented in Tables 1.5.2 and 1.5.4 and in Fig. 1.5.3.

Equivalent amount of content in bullet point form : You may use either written paragraph or bullet point format. Part 1 should be 2-3 paragraphs in length or an equivalent amount of content in bullet point form.

What is the proper time for a photon to traverse our galaxy : What is the proper time for a photon to traverse our galaxy? (b) Compare the proton's energy to the kinetic energy of a baseball, mass = 145 g, traveling at 100 miles/hour.

Formal properties of the third-order response : Formal properties of the third-order response. Section 1.5 contains a description of some of the formal mathematical properties of the second order susceptibility.

User Account

All Pages