Current induced switching of superconductive thin films,

"This work was supported in part by the General Research Provision of contract between the Air Force and Space Technology Laboratories, Inc., and in part by the Office of Naval Research."

HIgh repetition rate pulser for beam switching magnet /

"AEC Contract AT(04-3)-400."

Control signaling in a military switching environment /

Jan. 1979.

Functions of code-switching in a Spanish/English bilingual classroom /

Mode of access: Internet.

Hand receipt covering contents of components of end item (COEI), basic issue items (BII), and additional authorization list (AAL) for automatic message switching central AN/TYC-39(V)1 (NSN 5805-01-123-1851), AN/TYC-39(V)5 (NSN 5805-01-152-3068).

"20 April 1984."

Connecting and switching kit MX-155/GT.

"8 September 1944."

Direct support and general support maintenance manual for central, message switching, automatic, AN/TYC-39(V)1, (NSN 5805-01-123-1851), AN/TYC-39(V)5, (NSN 5805-01-152-3068), (wire run lists).

"March 1984."

Operator's and organizational maintenance manual : central, message switching, automatic, AN/TYC-39(V)1 (NSN 5805-01-123-1851), AN/TYC-39(V)5 (NSN 5805-01-152-3068).

"March 1984"--Vol. 2.

Direct support and general support maintenance repair parts and special tools list for transmitter, radio T-1428/FRN (NSN 5895-01-099-3576), tuner, radio frequency TN-588/FRN (NSN 5895-01-107-2124), switching unit, power transfer ....

"5 July 1983."

Organizational maintenance repair parts and special tools list for transmitter, radio T-1428/FRN (NSN 5895-01-099-3576), tuner, radio frequency TN-588/FRN (NSN 5895-01-107-2124), switching unit, power transfer ....

"5 July 1983."

Operator, organizational, DS, GS, and depot maintenance manual : monitor assemblies, control-sensing OK-33/FYA-10(V) and OK-38/FYA-10(V)T1 and switching unit distribution SA-1537/FYA-10(V).

"October 1968."

The effect of linear loading capacitances upon the switching transient of colemanite.

"NAVORD report 5922, NOLC report 413."

As vinhas e o seu rendimento.

Mode of access: Internet.

Human brain regions required for the dividing and switching of attention between two features of a single object

This combined PET and ERP study was designed to identify the brain regions activated in switching and divided attention between different features of a single object using matched sensory stimuli and motor response. The ERP data have previously been reported in this journal [64]. We now present the corresponding PET data. We identified partially overlapping neural networks with paradigms requiring the switching or dividing of attention between the elements of complex visual stimuli. Regions of activation were found in the prefrontal and temporal cortices and cerebellum. Each task resulted in different prefrontal cortical regions of activation lending support to the functional subspecialisation of the prefrontal and temporal cortices being based on the cognitive operations required rather than the stimuli themselves. (C) 2003 Elsevier Science B.V. All rights reserved.

Bistability and switching in the lysis/lysogeny genetic regulatory network of bacteriophage lambda

Bistability and switching are two important aspects of the genetic regulatory network of phage. Positive and negative feedbacks are key regulatory mechanisms in this network. By the introduction of threshold values, the developmental pathway of A phage is divided into different stages. If the protein level reaches a threshold value, positive or negative feedback will be effective and regulate the process of development. Using this regulatory mechanism, we present a quantitative model to realize bistability and switching of phage based on experimental data. This model gives descriptions of decisive mechanisms for different pathways in induction. A stochastic model is also introduced for describing statistical properties of switching in induction. A stochastic degradation rate is used to represent intrinsic noise in induction for switching the system from the lysogenic pathway to the lysis pathway. The approach in this paper represents an attempt to describe the regulatory mechanism in genetic regulatory network under the influence of intrinsic noise in the framework of continuous models. (C) 2003 Elsevier Ltd. All rights reserved.