Chapter 12, Problem 12.11QAP

Interpretation Introduction

(a)

Interpretation:

The minimum tube voltage needs to be calculated for the excitation of K lines for Ca (3.064).

Concept introduction:

Calculation of minimum tube voltage for the excitation of k lines for Ca is done by using the following formula-

${\lambda }_o=\frac{12398}{V}$

Where,

λ_o = wavelength

V_min = minimum tube voltage

Interpretation Introduction

(b)

Interpretation:

The minimum tube voltage needs to be calculated for the excitation of La lines for As (9.370).

Concept introduction:

Calculation of minimum tube voltage for the excitation of k lines for Ca is done by using the following formula-

${\lambda }_o=\frac{12398}{V}$

Where,

λ_o = wavelength

V_min = minimum tube voltage

Interpretation Introduction

(c)

Interpretation:

The minimum tube voltage needs to be calculated for the excitation of Lß lines for U (0.592).

Concept introduction:

Calculation of minimum tube voltage for the excitation of k lines for Ca is done by using the following formula-

${\lambda }_o=\frac{12398}{V}$

Where,

λ_o = wavelength

V_min = minimum tube voltage

Interpretation Introduction

(d)

Interpretation:

The minimum tube voltage needs to be calculated for the excitation of Lß lines for U (0.496).

Concept introduction:

Calculation of minimum tube voltage for the excitation of k lines for Ca is done by using the following formula-

${\lambda }_o=\frac{12398}{V}$

Where,

λ_o = wavelength

V_min = minimum tube voltage