 OS X version of LinuxSampler which we hope to root out soon.
151 for Mac.
156 QSampler crashes when one tries to create a second port of jack.
157 An error dialog saying the device was not created, after the dialog is dismissed the QSampler crashes.
163 "killall linuxsampler".
172 LinuxSampler Developer's mailing list</a>.Benefit of implementing Partitioning and Transmutation (P&T) technology was parametrically surveyed in terms of high-level radioactive waste (HLW) disposal by discussing possible reduction of the geological repository area. The results showed that, by recycling minor actinides (MA), the placement area could be reduced by 17-29% in the case of UO -LWR and by 63-85% in the case of MOX-LWR in comparison with the conventional PUREX reprocessing. This significant impact in MOX fuel was caused by the recycle of Am which was a long-term heat source. Further 70-80% reduction of the placement area in comparison with the MA-recovery case could be expected by partitioning the fission products (FP) into several groups for both fuel types.
Sodium cooled fast reactor (mixed oxide fuel core) is one of promising candidates in Feasibility Study on Commercialized Fast Reactor Cycle System in Japan (FS). Its design study has been conducted thorough FS. In JFY2003's study, two types of core were evaluated. One is "Compact type" that follows a conventional type, and the other is "High internal conversion type (HIC type)". The HIC type is core concept aiming to reduce fuel cycle cost by increasing total average burn-up. As actual measurements, large diameter fuel pins are applied to increase the internal conversion, the amount of blankets is reduced as much as possible. The main results are summarized as follows:(1) Large scale reactor (Power 1,500 MWe)The cores to satisfy requirements and targets of FS could be constructed in Compact type and HIC type. Both types of core are found to enable to attain over 1.1 of breeding ratio at initial deployment of FBR with radial blankets and 1.04 of breeding ratio at major share stage of FBR without radial blankets under 150 GWd/t of core average burn-up.The total average burn-ups of HIS type core are 91 GWd/t at initial deployment and 110 GWd/t at major share stage. The fuel cycle cost reduces by 20~40 % in comparison to Compact type core. On the other hand, HIC type core becomes large in core diameter and increases the plant construction cost. However, that effect is very benign, unit cost of electricity generation that takes account of fuel cycle cost and plant construction cost is found to decrease. HIC type is recognized to be superior to Compact type in economics.(2) Medium scale reactor (Power 750 MWe)The cores to satisfy requirements and targets of FS could be constructed in Compact type and HIC type. The tendencies of both cores' characteristics are same as those in the larger scale reactor, and the decrease of unit cost of electricity generation is found to be larger than that in the large scale reactor.
He-cooled fast reactor employing coated-particle nitride fuel has been taken an interest as a part of feasibility study project of fast reactor reactor designs. Two fuel assembly (F/A) configurations have been considered as candidates. One configuration is 'Horizontal flow cooling compartment F/A', the other is 'Ascending flow cooling block F/A'. This MS deals with the best-to-date core designs with 120GWd/t average core discharge burnup to compare core/safety performances of two configuration designs. as an annual report of JFY2003.
For the requirement of superior economics and safety in the future commercial FBR period, metal fuel cores have been investigated, that have advantage of higher breeding capability and lower fuel inventory compared with oxide fuel cores. In this study, attractive concepts of large-size (electric output of 1,500MWe) and middle-size (750MWe) sodium cooled metal fuel core of compact type and high outlet temperature type have been constructed.
The LLFP transmutation performances of Sodium, Pb-Bi and He cooled fast reactors examined in the feasibility study have been investigated from view points of nuclear, thermal and material characteristics. Key design restrictions in order to assure the integrity of LLFP assembly are caused by the internal pressure of Iodine pins and the permeation of hydrogen of moderator Zr-H. These fast reactors might be feasible to cope with LLFP transmutation without any severe design modification.
The performance of Sodium, Pb-Bi and He cooled fast reactors in terms of LLFP transmutation has been investigated from view points of nuclear, thermal and material characteristics. The targeted LLFP are two elements as I and Tc. Transmutation performance target set here is simultaneous achievement of the ratio of transmutation rate / production rate of 1.0 and transmutation ratio of 30% at the removal. In the thermal hydraulic analysis for the cores loaded with LLFP assemblies, it is turned out that the hydrogen penetration is still the most significant design restriction of the required coolant flow rate. MOX fueled sodium cooled and Pb-Bi cooled reactors loaded with LLFP assemblies in the core periphery region have a potential to transmute self-produced LLFP at 30% of transmutation rate without significant design modification. As for He cooled reactor, the transmutation rate is below the target value in this study.
Based on the results obtained in the former feasibility study, the metallic fueled core of ordinary-type, that is, 2-region homogeneous core, has been established aiming at the improvement in the core performance, and subsequent comparison has been performed with the mixed oxide fueled core. Further, the attractive concept of the metallic fueled core of high outlet temperature has been constructed which has good nuclear features as a metallic fueled core and has identical outlet temperature to mixed oxide fuelled core. Following items have been found as a result of the investigation on the ordinary-type core.- The metallic fueled core whose maximum fast neutron fluence (En 0.1MeV) is set identical (5 10 n/cm to the mixed oxide fueled cores with core discharge burnup 150GWd/t has sufficient core performances as a metallic fueled core, e.g. higher breeding ratio and longer operation period compared with mixed oxide fueled cores, but the core discharge burnup is limited up to 100GWd/t. However effective discharge burnup including the contribution of the blanket region is comparative to mixed oxide cores under the same breeding ratio condition.- In order to enlarge the core discharge burnup to 150GWd/t keeping the core performance identical to above mentioned core's, the irradiation deformation of structural material should be reduced to that of mixed oxide fueled cores. Further the maximum fast neutron fluence reaches to 7 - 8 10 n/cm (En 0.1MeV). The investigations on the core of high outlet temperature have clarified following items.LEG NUMBNESS IN RELATION TO BACK STUFF IS BAD DOCTOR **NOW**! 

  PT is the ONLY thing that cured my back issues. Experience the excitement of three-story floats, larger-than-life balloon characters and amazing performances from dancers, clowns, marching bands from all over the country and celebrities this holiday season in person and live in New York City.
We offer comprehensive group VIP packages for the Macy's Thanksgiving Day Parade. We have great parade viewing packages, hotel packages, corporate hospitality packages and Broadway show ticket packages; Empire Entertainment provides individuals and corporations with amazing family-friendly parade packages that will supply a lifetime of memories!
Ticket and Travel package pricing is always subject to change until booking. Empire Entertainment & Travel, Inc. is not in any way sponsored by, affiliated with, nor a partner of The Macy’s Thanksgiving Day Parade, Macy’s, or the City of New York and the use of the words “Macy’s Thanksgiving Day Parade” is for descriptive and informational purposes only.
There is so much more to writing then sitting down and writing what comes to mind. There is delving deep into memories and snippets of information we caught in passing. There is the constant research–I believe writing is one of those jobs where homework never ends–and searching for answers. Why would he do this? Why can’t she just do this? How would this work in real life?
LOL Really it’s not that bad. The kids get the easy stuff, like move this way, be like an Avatar, do a somersault. Things like how to holding a gun or knife, how to take down a bad guy, rifle shooting practice, SWAT training tactics, how would you cut a jugular, and no way would blood spurt like that are all my husbands field. He was the ex-policeman and my knowledge of forensics are more outdated then his.
It might sound strange, but I so wish I had the Forensic Study Handbook and the Blood Analysis books I checked out of the BYU Library when I was working at the University. They were so cool and informational. Now if I could only write horror without it being too cheesy or not so overly dramatic thrillers I’d be set.
Sadly, it’s not to be. 😦 YET!
I’m content with my speculative romance and branching out into Historical Western Romance, but I also like to change it up and try new things. One of those might be a Romantic Suspense or Romantic Thriller. If we can manage it, it might be a serial. Not the cut the book apart at the cliffhangers and pretend its a serial story. Nope, this would be novella size (about the length of