$A_{dc}$	static deflection amplitude	$K_f$	spring constant
$A_e$	elastic hardening tuning coefficient	$K_C$	capacitance expansion coefficient
$A_t$	cross-sectional area	$k_1$	is the linear spring stiffness
$B$	applied magnetic field	$k_p$	spring constant
$B_c$	capacitive softening coefficient	$K_e$	effective thermal conductivity
$c_h$	heat transfer coefficient	$K_t$	torsional spring constant
$c_p$	weighted average of heat capacity	$L_b$	equivalent length of the bar
$c_{pl}$	specific heat of the molten film	$L_m$	length of the beam
$c_t$	weighted average of thermal conductivity	$m_{\text{eff}}$	effective mass
$c_u$	field gradient constant	$m_f$	resonator mass
$C$	capacitance per unit area	$m_{Pt}$	added Pt mass
$C_f$	damping	$n$	electrostatic dimension parameter
$C_g$	capacitance	$p$	nonlinearity of order
$C_p$	specific heat conductivity	$P_e$	effective electrical heat production
$C^{\prime }$, $C^{″}$	first and second derivative of capacitances	$P_{\text{laser}}$	incident optical power
$d_{3j}$	anisotropic piezoelectric coefficient	$P^{\prime }$	Joule heating rate
$d_t$	total thickness	$r$	vector in the plane
$d_w$	diameter of the cylindrical wire	$r_o$	experimental optical spot size
$E$	Young’s modulus	$R_C$	resistance
$E_s$	laser fluence	$R_r$	reflectivity
$E_v$	minimum laser fluence	$t_p$	total device thickness
$f_0$	fundamental resonant frequency	$T_0$	ambient temperature
$f_i$	initial measured frequency	$T_d$	effective dielectric thickness
$F_e$	external force	$T_f$	thermal axial load
$F_{mag}$	Lorentz force	$T_m$	film melting temperature
$\overline{f}$	average frequency	$T_v$	film boiling temperature
$G_s$	modulus of elasticity in shear	$T^{\prime }$	derivative of temperature
$H$	thickness	$V$	applied voltage
$H_l$	latent heat	$V_{dc}$	dc voltage
$I$	electrical current	$V_g$	applied voltages on the gate
$I_m$	maximum intensity	$V_{tun}$	tuning voltage
$I_p$	polar moment of inertia of the area	$x$	displacement
$I_t$	inertial of the paddle	$y$	deflection
$k_0$	mechanical stiffness	$y_0$	initial air-gap
$k_{\text{eff}}$	effective stiffness	$Z_{dc}$	static displacement
$k_{total}$	total stiffness