A Study on New Trial Mode Regarding Real Estate Registration Civil-Administrative Interweaving Case

不动产登记案件中民事争议与行政争议交叉现象日渐显现，但目前我国法律尚未具体规定民事与行政交叉案件的审理办法，司法解释也未对此提出周详的解决方案，如何正确审理此类案件成为司法界一大难点问题。本文以实践中产生争议最大、问题最多的一类民行交叉案件——不动产登记纠纷为研究视角，在现有法律框架下，澄清实践中一些错误的观念和看法，提出并行诉讼模式，为解决当事人的民事、行政争议并使登记记载与事实归于一致提供了一种新鲜的模式。全文除引言和结语外，分为四章： 第一章从四个常见案例入手对不动产登记纠纷进行类型化研究，介绍了现行民事、行政交叉案件的五种常见的审理模式，并对这五种审理模式遭遇的困境进行反思。现有的五...The interweaving of civil and administrative disputes is becoming more and more apparent in real estate registration cases. To date, legislations in our country have specifically not dealt with how to hear civil and administrative interweaving cases, and judicial interpretations does not render detailed solutions either. As a result, how to correctly adjudicate such cases has become a difficulty f...学位：法律硕士院系专业：法学院法律系_法律硕士(JM)学号：X200712004

Building the impedance model of a real machine

A reliable impedance model of a particle accelerator can be built by combining the beam coupling impedances of all the components. This is a necessary step to be able to evaluate the machine performance limitations, identify the main contributors in case an impedance reduction is required, and study the interaction with other mechanisms such as optics nonlinearities, transverse damper, noise, space charge, electron cloud, beam-beam (in a collider). The main phases to create a realistic impedance model, and verify it experimentally, will be reviewed, highlighting the main challenges. Some examples will be presented revealing the levels of precision of machine impedance models that have been achieved

Measurement techniques and application of combined parallel/orthogonal magnetic bias on a ferrite tuned resonator in low frequency range (3-10 MHz)

We present several measurement methods for evaluation of magnetic properties of magnetically biased and non-biased ferrite samples in a coaxial test fixture. One important aspect is the crosscheck of results obtained by using different and independent measurement and evaluation methods. Since a rather high DC bias current has to be applied, a dedicated network was designed that allows the passage of up to 50 A DC without degradation of the RF performance. With a combination of calibration methods and a compensating topology with two identical sample holders, a good performance was achieved. In this context, magnetic material parameters for about 10 different types of ferrite were obtained. The orthogonal magnetic bias was added by placing the entire test fixture into a large toroidal coil. Thus, the bias field can be supplied independently from, and in addition to the classical parallel bias. An optimal combination between the two biasing fields was found, resulting in a reduction of magnetic losses up to 50% on certain ferrites. We show that the mixed magnetization, normally used for garnets only, is beneficial also for other types of ferrites

Characterization of the longitudinal beam coupling impedance and mitigation strategy for the fast extraction kicker KFA79 in the CERN PS

In the framework of the High Luminosity Upgrade of the LHC (HL-LHC) the beam intensity from the injectors must be doubled while keeping longitudinal beam parameters unchanged. As such, high-quality beams with high intensities are required also from the Proton Synchrotron (PS). The beam coupling impedance plays a crucial role and mitigation measures must be taken to remain within a stringent impedance budget. Kicker magnets are important contributors to the overall broadband impedance of the PS. Moreover, the detailed study of kicker impedances revealed additional resonant modes which may be critical for the beam stability. The longitudinal beam coupling impedance for the fast extraction kicker KFA79 is presented in this study, and a solution to reduce the impedance of the critical resonant modes is introduced. Electromagnetic (EM) simulations have been performed to determine the impedance behaviour. Finally, the insertion of transition pieces between magnet modules is presented as a measure for mitigating the low frequency resonant impedance contributions