The Current Design

Other requirements of a general nature are that any particle identification system must not compromise either charged particle or photon resolution, that detector elements must be radiation hard to a level not previously encountered in e e detectors, and that detector elements and data acquisition systems must cope with unprecedentedly high rates. A valuable improvement in overall efficiency can be obtained by finely segmenting the magnet flux return to allow the identification of low momentum muons. 

---

As noted above, one of the goals of NAMD 2 is to take advantage of clusters of symmetric multiprocessor workstations and other non-uniform memory access platforms. This can be achieved in the current design by allowing multiple compute objects to run concurrently on different processors via kernel-level threads. Because compute objects interact in a controlled manner with patches, access controls need only be applied to a small number of structures such as force and energy accumulators. A shared memory environment will therefore contribute almost no parallel overhead and generate communication equal to that of a single-processor node. 

Many aspects of FCC development have been the result of trial and error. The development of present design standards is as much art as it is science. Consequently, it is appropriate to review some of the key developments that have influenced the current design philosophy behind the FCC reactor and regenerator ... 

The design of the Owl 100-m telescope relies extensively on proven fabrication technologies, in particular on mass- or serial-production schemes, and incorporates several distinct wavefront control loops. The overall characteristics of the current design are listed in Table 1. 

The primary difference in the operating conditions for growth of crystalline as compared with amorphous material is the deposition temperature. In the current design, 500 K is assumed for amorphous film deposition, while higher temperatures in the range 700-950 K are required for epitaxial growth. The low-temperature amorphous film deposition first is used to optimize the process, while the high-temperature epitaxial deposition subsequently is used as the basis for a detailed economic analysis. 

The committee believes that further testing during systemization of a full-scale facility would reveal a need for more than the usual number of design changes. Some aspects of the current design that point to the likelihood of further change are the following ... 

This recommendation is no longer relevant because the current design now uses an MPT to decontaminate metal parts to a 5X level using high-temperature (>1,000°F) steam at near atmospheric pressure. 

The COINS process is designed to separate the energetics in burster assemblies from the metal hardware. The current conceptual design is an improvement over the earlier design, in which the transfer mechanism conveying the bursters was in the caustic bath. The current design will expose an overhead transfer mechanism to less caustic (only through vapors and splashes) but will still operate in a harsh environment. 

Design T/F The current design used the correct specifications and was built so that it was adequate for the intended service. (This includes design logic, hardware, installation accuracy, arrangement, and ergonomic factors.)... 

If the F-test is significant then there is evidence of a quadratic effect due to at least one of the variables. With the present design, however, the investigator will not be able to determine which of the variables has a quadratic effect on the response. Additional experimentation, perhaps by augmenting the current design with some star points to construct a central composite design (see section on central composite designs below), will need to be conducted to fully explore the nature of the quadratic response surface. 

It is obvious that these briefly discussed phenomena (bifurcation, instability, chaos, and wrong directional responses) may discover unexpected shortcomings in the current design, operation and control of industrial catalytic and biocatalytic reactors. This merits extensive theoretical and experimental research as well as specific research of industrial units. 

Mimotopes has been involved in the development, use, and commercialization of radiation-grafted polymer surfaces for multiple parallel synthesis since the late 1980s.10-12 Although other workers have reported the use of radiation-graft polymers in solid-phase synthesis,13,14 as far as we are aware, the graft polymer devices manufactured and sold by Mimotopes (SynPhase Crowns, SynPhase Lanterns) are the only current commercial products of this type. These products are presented in Fig. 1. The SynPhase Lanterns are the current design for small molecule synthesis. The initial... 

Know Designated Beneficiaries. Check all assets that allow for a beneficiary to be designated and verify that the current designations are consistent with your wishes. This includes life insurance policies, annuities, tax-deferred savings plans, bank accounts, and brokerage accounts. 

Check the beneficiary designations you have on file for your life insurance, employer retirement plan, Individual Retirement Account, or Keogh plan. Be sure the current designations are consistent with your wishes. 

Despite comparatively low amounts of catalytic cycles, the currently designed monooxygenase catalytic system is highly effective and adaptable to manufacture, which is typical of flow systems. It is also extremely resistant to the effects of oxidants and high temperature [82],... 

Was the VLE used in the test data analysis the same as the VLE used in the current design If not, does analyzing the test data using the current VLE lead to higher HETP (see Secs. 7.3.1 and 7.3.6). 

Were the packings (type and size), distributors, and redistributors similar to those that will be used in the current design If not, how does the design HETP account for the differences ... 

---