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Seite 127
ABSTRACT A model of N species consuming a single , limited , periodically added resource is disscussed . The model is based on chemostate - type equation , which differs from the classical models of Lotka and Volterra .
ABSTRACT A model of N species consuming a single , limited , periodically added resource is disscussed . The model is based on chemostate - type equation , which differs from the classical models of Lotka and Volterra .
Seite 424
Several charaterization techniques and theoretical studies have been utilized to analyze single d - doped or periodically d - doped structures . The charaterization techniques cover magnetostransport measurements [ 22,23 ) ...
Several charaterization techniques and theoretical studies have been utilized to analyze single d - doped or periodically d - doped structures . The charaterization techniques cover magnetostransport measurements [ 22,23 ) ...
Seite 550
... time transfer function is G. ( s ) G , ( z ) = ( 1 - z " ' ) Z ( L ' z dB ( z : ' ) A ( z- ' ) S ( 12 ) - 0.013572 +0.01288 z ? - 1.714962 +0.74081 The repetitive control system is shown in Fig . 1. The periodic disturbance signal ...
... time transfer function is G. ( s ) G , ( z ) = ( 1 - z " ' ) Z ( L ' z dB ( z : ' ) A ( z- ' ) S ( 12 ) - 0.013572 +0.01288 z ? - 1.714962 +0.74081 The repetitive control system is shown in Fig . 1. The periodic disturbance signal ...
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