Interaction of polar molecules with a resonant RF electric field: strong deflection of a NO molecular beam

A comparison of the effects of hyperbaric and isobaric bupivacaine spinalanesthesia on hemodynamics and heart rate variability

“…We believe that even better agreement with experiment can be obtained if correctional and perturbative terms are included, in conjunction with STO's. -0.752 (2) 0.474 (6) 0.438 (7) 0.443 (8) 0.425 (9) 0.468 (10) 0.432 (11) 0.474 (12) 0.449 (13) 0.430 (15) 0.436 (17) HF -0.853 -0.845 (3) 0.762 (2) 0.757 (6) 0.700 (7) 0.716 (8) 0.694 (9) 0.756 (12) 0.708 (13) 0.706 (15) 0.718 -0.022 (5) -0.099 (6) 0.070 (7) 0.092 (8) 0.075 (9) -0.098 (12) 0.121 (13) 2.560 (2) 2.858 (6) 2.738 (7) 2.800 (10) 2.740 (11) 2.857 (12) 2.783 (13) 2.780 (15) HF 1.558 1.474 (2) 1.514 (3) 1.744 (6) 1.716 (7) 1.683 (8) 1.649 (9) 1.742 (12) 1.739 (13) 1.754 (16) 1.758 (17) BH -3.005 -2.782 (2) -2.996 (4) -2.428 (8) -2.497…”

“…Many studies have been performed on the magnetic properties and electronic structures of molecules as Zeeman effects, magnetizabilities, electric-field-gradients, electric polarizabilities, etc. [1][2][3][4][5][6][7][8][9][10][11][12][13].…”

Nitric Oxide Beam Intensity Oscillations Induced by the Combined Action of a Static and a Radio Frequency Electric Field

“…The main features of the experimental setup employed in the present investigation have been described elsewhere, ,, and only a brief description is given here. The experiment employs a supersonic NO (20%) beam diluted in He (80%) with a most probable velocity of ca.…”

“…The present experimental conditions give a full nominal beam divergence ≤3 × 10 −3 rad. Essentially, the NO supersonic beam travels inside an electric rf unit and 21 cm further downstream the beam intensity is measured by means of a laser ionization time-of-flight mass spectrometer. , The experiment utilizes a nonquantum-state-selective detection scheme, i.e., a nonresonant two-photon ionization of the NO molecule was achieved by using the fourth harmonic generation (λ = 266 nm, 7 ns pulse) of our ND:YAG laser. At this excitation energy of ca.…”

“…The interaction of a beam of polar molecules with oscillating rf electric fields is a subject currently investigated by our group using different experimental methodologies. [7][8][9][10][11][12] Thus depletion spectra of molecular beams were reported when NO molecules interact with static and resonant rf fields. [7][8][9] Later on, beam splitting of (0.2°toward both positive and negative directions perpendicular to the beam propagation axis of a supersonic NO beam seeded in He was reported 10 as a result of its resonant interaction with an rf electric field.…”