excitation

Preposition: of

• electron: Estimate the wavelength of the spectral transition for excitation of the electron from its ground state to the first excited state.
• molecule: Restrictions: The model does not take into account possible excitation of molecules during the reactions.

Adjective modifier

• vibrational: The second section involves learning about the vibrational excitations of the crystal lattice - phonons.
• sinusoidal: The model excited the forms of the Van der Pol equations with sinusoidal excitation at their natural frequency.
• parametric: On the other hand, control of these chaotic motions is also studied by applying a parametric periodic excitation.
• synchronous: The theory behind pedestrian induced lateral vibrations on bridges is that of synchronous lateral excitation.
• lateral: The theory behind pedestrian induced lateral vibrations on bridges is that of synchronous lateral excitation.
• coherent: Coherent excitations The energy efficiency of living systems can be adequately accounted for by the thermodynamic considerations I have outlined so far.

Modifies a noun

• wavelength: With the addition of the copper metal center in compound 2, the uranium emission is absent regardless of the excitation wavelength.
• voltage: The module has the facility to measure the excitation voltage actually applied to the bridge.
• spectra: This is designed to remove much of the labor involved in generating, for example, vertical excitation spectra.
• coupling: The sarcoplasmic reticulum ( SR ) of heart muscle plays an essential role in the process of excitation contraction coupling.
• contraction: The sarcoplasmic reticulum ( SR ) of heart muscle plays an essential role in the process of excitation contraction coupling.
• pulse: Some restrictions would exist for thin coatings where the sample signal would be masked by the ringing triggered by the excitation pulse.

Noun used with modifier

• two-photon: The example here shows 3-D images of vasculature in vivo, obtained using two-photon fluorescence excitation.
• fluorescence: Using fluorescence excitation, sensitivities down to the single molecule detection limit can be achieved.
• laser: For biological systems, sub 300 nm laser excitation sources would be of great benefit, particularly to protein scientists.
• electron: This loss of electron density results in a reduction of electron impact excitation reactions in that region.
• wave: The current project is tackling the complex interaction problems associated with bodies which are free to respond to wave excitation.
• impact: Impact excitation is used to determine the Young's modulus of the coating independent of Poisson's ratio.