There was no systematic Criminal Compensation System when new China was founded and it was stipulated in the Constitution of 1954. which was kept in the Constitution of 1982. These constitute the constitutional basis for the establishment of Criminal Compensation System in China.
In this paper, based on the current research status of water rights, it discusses the basic theory and the establishment of legal system of water rights in detail by means of historic, comparison and systematic analysis.
In order to build a new water resource management legal system and to strengthen law construction, in this paper the system related protection and the development of the water resources, and the control of the water pollution etc. are discussed.
It is necessary to introduce ecological compensation system into protection of ecological environment in diggings, and constitute perfect legal mechanism of compensation of ecological environment in diggings.
This text combines the influence analysis of environment law system to economic development in district of the district, pointing out the our country economy development the environment system within unbalance influence factor, and put forward some suggestions.
This implies that a system is algebraically integrable (i.e., its eigenvalue problem is explicitly solvable in quadratures) if and only if the differential Galois group is commutative for generic eigenvalues.
We apply this criterion of algebraic integrability to two examples: finite-zone potentials and the elliptic Calogero-Moser system.
In the second example, we obtain a proof of the Chalyh-Veselov conjecture that the Calogero-Moser system with integer parameter is algebraically integrable, using the results of Felder and Varchenko.
The least upper bound for the degrees of elements in a system of generators turns out to be independent of the number of vector variables.
We consider 3-parametric polynomialsPμ*(x; q, t, s) which replace theAn-series interpolation Macdonald polynomialsPμ*(x; q, t) for theBCn-type root system.