초록 ▼

In the method for the determination of the pressure (p) in and/or of the through-flow (Q) of a liquid through a pump having at least one magnetic bearing for the axial journaling of the pump rotor (1), axial forces act on the rotor (1) of the pump during operation. The axial forces which act on the

In the method for the determination of the pressure (p) in and/or of the through-flow (Q) of a liquid through a pump having at least one magnetic bearing for the axial journaling of the pump rotor (1), axial forces act on the rotor (1) of the pump during operation. The axial forces which act on the rotor are utilised for the determination of the pressure (p) and/or of the through-flow (Q).

대표청구항 ▼

In the method for the determination of the pressure (p) in and/or of the through-flow (Q) of a liquid through a pump having at least one magnetic bearing for the axial journaling of the pump rotor (1), axial forces act on the rotor (1) of the pump during operation. The axial forces which act on the

In the method for the determination of the pressure (p) in and/or of the through-flow (Q) of a liquid through a pump having at least one magnetic bearing for the axial journaling of the pump rotor (1), axial forces act on the rotor (1) of the pump during operation. The axial forces which act on the rotor are utilised for the determination of the pressure (p) and/or of the through-flow (Q). ormone-Releasing Peptide as Therapeutic Agents to Enhance Growth Hormone Secretion in Disease and Aging", Recent Progress in Hormone Research 52, pp. 215-246 (1997). Thorner, et al. Abstract of "Growth Hormone-Releasing Hormone and Growth Hormone-Releasing Peptide as Therapeutic Agents to Enhance Growth Hormone Secretion in Disease and Aging". Valcavi, et al. "Alpha-2-Adrenergic Pathways Release Growth Hormone Via a Non-GRF-Dependent Mechanism in Normal Human Subjects", Clinical Endocrinology 29, pp. 309-316 (1988).