Use of continuous stacking hybridization in sequencing using modified oligonucleotide matrices

The opportunity of DNA sequencing by hybridization with oligonucleotide matrix (SHOM) with simultaneously use continuous stacking hybridization and gapped-matrices is considered. The analysis of reconstruction efficiency for various combinations matrices and l-oligonucleotides libraries were made. In most cases combine use of continuous stacking hybridization and gapped matrices permits to decrease the number of additional stacking hybridization twice without lost of efficiency.     

Towards Analyzing and Synthesizing Protocols

The production of error-free protocols or complex process interactions is essential to reliable communications. This paper presents techniques for both the detection of errors in protocols and for prevention of errors in their design. The methods have been used successfully to detect and correct errors in existing protocols. A technique based on a reachability analysis is described which detects errors m a design. This "perturbation technique" has been implemented and has successfully detected inconsistencies or errors in existing protocol designs including both X.21 and X.25. The types of errors handled are state deadlocks, unspecified receptions, nonexecutable interactions, and state smbiguities. These errors are discussed and their effects considered. An interactive design technique is then described that prevents design errors. The technique is based on a set of production rules which guarantee that complete reception capability is provided in the interacting processes. These rules have been implemented in the form of a tracking algorithm that prevents a designer from creating unspecified receptions and nonexecutable interactions and monitors for the presence of state deadlocks and ambiguities.     

Gradient free energy in the axially anisotropic superfluid phases of 3He in the BCS approximation

We present the gradient free energy in the BCS approximation for the A phase in high magnetic fields and the A₁ phase. The A phase without external magnetic field, which has been considered previously by Blount and Cross, emerges as a special case of the result for the A phase in high magnetic fields.     

The gyrotron energy transfer equation

A gyrotron energy transfer equation for the interaction of an annular electron beam in a right-cylindrical cavity has been derived by a rigorous method similar to the one used by Choe and Ahn to find a gyrotron dispersion equation. This new energy transfer equation makes no assumption about the size of the electron orbits. The importance of various terms is discussed and the expression is applied to a number of interesting special cases.     

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