Small Claims Court in Environmental Disputes Resolution to Support the Realization of Sustainable Development

An appropriate business dispute resolution will ensure that the parties involved would not have to spend too much time and cost to resolve their case. There are two ways to resolve business disputes, through litigation and non-litigation process. The non-litigation process mainly depends upon the agreement of the parties involved and does not have a formally binding force upon them. Although the non-litigation process is more preferred in resolving business disputes, sometimes it does not completely resolve the issue. A specific business dispute resolution procedure such as the mechanism of small claims court （an informal court） is required. The objectives of the small claims court are to settle cases in prompt and cost-effective manner, and to avoid lengthy and complex formal legal procedures. Although it is still a part of the litigation process, the small claims court applies simplified procedures that are different from those of conventional civil cases. Nonetheless, the judgment of the small claims court has the same legally binding force as that of general court. The small claims court is situated in the District Court, but the examination of cases is different from general procedures and until now the mechanism has not been widely known in Indonesia.

Entanglement for Two-Qubit Extended Werner-Like States:Effect of Non-Markovian Environments

We investigate the sudden birth and sudden death of entanglement of two qubits interacting with uncorrelated structured reservoirs. The system is initially prepared in two-qubit extended Werner-like state. We work out the dependence of the entanglement dynamics on both non-Markovian environments and the purity of initial state, and show that non-Markovian environments and the purity can control the time of the two-qubit entanglement sudden death and the reservoirs＇ entanglement sudden birth. Furthermore, under the conditions of different purity and initial entangIement, the revival of qubits＇ entanglement can manifest before, simultaneously or even after the disentanglement of their corresponding reservoirs.

Entanglement Dynamics of Two Qubits Coupled to a Noise Environment

We study the time evolution of two two-state systems （two qubits） initially in the pure entangled states or the maximally entangled mixed states interacting with the individual environmental noise. It is shown that due to environment noise, all quantum entangled states are very fragile and become a classical mixed state in a short-time limit. But the environment can affect entanglement in very different ways. The type of decoherence process for certain entangled states belongs to amplitude damping, while the others belong to dephasing decoherenee.

The Study Urban Context, the Development and Promotion of Industrial Tourism： Example of the Nord-Pas de Calais in France

The ongoing processes of spatial transformation of post-industrial regions attract people＇s attention, and they show new possibilities of development but they are also related with new challenges. A deep analysis of known patterns must be an important lesson as, first of all, we observe transformation of other regions, which gives rise to a question about the possibility of using positive model solutions in other urban contexts. Moreover, in every action contributing to the development of a region with traditions, we should use every potential, understood as accumulated energy and closed in facilities, individuals and their mutual relations. The article is divided into five parts： （1） a short history of Nord-Pas de Calais; （2） a significant introduction to history and spatial issues; （3） a description of corrective measures undertaken on the basis of, e.g., an urban analysis from the moment of taking a decision on ceasing coal mine extraction until today; （4） a description of＂a concept for the region＂; （5） conclusions---including a catalogue of actions, prepared by the author, where an important aspect will be the use of elements of spatial values and spatial identity of regions in the process of planning spatial, social and economic transformation. In the article, the results of studies conducted in years 2010-2015, based on statistical data analysis, strategic documents analysis and an on-site visit are presented.

Effect of Dissipative Environments on Atomic-State Quantum Teleportation

In the paper, taking the atomic EPR entanglement of quantum teleportation of atomic state in thermal environment damping-density operator approach, and the average fidelities are channel state ｜φ = （1/√2）（｜00） ＋ ｜11〉） is more robust than ｜φ｜ they are subject to the dissipative environments. states as quantum channel, we investigate the fidelity and vacuum reservoir by means of quantum theory of calculated, the results show that the atomic quantum = （1/√2）（｜01〉 ＋ ｜10〉） in teleportation process when they are subject to the dissipative environments.

Effects of main factors on remedying northern landscaping water by hybrid ecological filter

Natural zeolite and coal cinder were layered as main packing medium of the ecological filter instead of traditional filling to remedy the static lake water in Northern China.The ecological filter was running in a combined upward and downward flow mode.Dynamic experiments were carried out to study the effects of retention time and ambient temperature on pollutants' removal efficiency of the hybrid ecological filter.The function of plant was also studied by contrast test.It is showed that the removal efficiencies of NH4+-N and TP are increased when the retention time is changed from 1 h to 2 h and 4 h,but the removal efficiency of TN is decreased,the removal efficiency of NH4+-N is increased from 91.5% to 98% and that of TP is increased from 31.8% to 52.5%.When the temperature declines,the temporal removal efficiency of NH4+-N is reduced,but the removal efficiency of 24 h and 48 h is remained.The removal efficiency of TP after 24 h and 48 h is decreased when the temperature declines evidently.The retention time plays an important role in NH4+-N and TP removal,and the ambient temperature is significant for TP removal.The plant favors for TP and organic matter removal but has little effect on TN removal.

Ethical dilemma in Chinese prison hospital

Forensic medical workers are faced with unique ethical challenges in their attempt to deliver medical care in a custodial environment.We first figure out the reasons why the doctor is standing opposed to the patient through questionnaire and interview of the prison doctor in Shanghai,China,which turn to be a bilateral issue.Both sides should take more active approaches and put themselves to the right position to contribute to a better medical environment in the prison hospital,which can reduce medical tangles and help the criminals to accomplish their reform process.

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国务院《关于落实科学发展观加强环境保护的决定》指出:"为全面落实科学发展观,加快构建社会主义和谐社会,实现全面建设小康社会的奋斗目标,必须把环境保护摆在更加重要的战略位置。"加强环境法制建设,是做好环境保护工作的基本依据。我国党和政府一直高度重视环境保护工作,并始终把环境法制工作摆在十分重要的位置。1979年,刚刚开始改革开放的中国就制定了《环境保护法(试行)》。1989年12月,在总结试行经验的基础上,制定了《环境保护法》。当前,我国已经初步建立了以宪法为基础的环境法律体系。

Effect of decoherence from a spin environment on the entanglement dynamics of two-qutrit states

The entanglement dynamics of a two-qutrit system under decoherence from a spin environment is investigated by using negativityas entanglement measure. Our results imply that the entanglement evolution depends not only on the coupling strength and thetunneling elements of the environment but also on the number of the freedom degrees and the initial state of the environment.

Effects of Quantum Noise on Quantum Clock Synchronization

In laboratory environment, the channel apparatus will generate particular dominant quantum noise. The noise then will give rise to some errors during synchronization. In this work, the accuracies of one qubit transport protocol and entangled states transport protocol in the presence of noise have been studied. With the help of three important and familiar noise models, the quantum noise will degrade the accuracy has been proved. Due to the influence of quantum noise, the accuracy of entangled qubits decrease faster than that of one qubit. The entangled states will improve the accuracy in noise-free channel, and will degrade the accuracy in noise channel.

A Comparative Analysis of Environmental Courts in Sweden and China

The numbers of environmental courts and tribunals have been increasing tremendously in the twenty-first century in various countries. Facing with the challenges of environmental disputes explosion, China has to keep up with the trend. A system of environmental courts from institution to procedure rules has been established according to the Swedish Environmental Code of 1999. In contrast, the environmental courts in China are far from perfect, and the reforms of the envi- ronmental courts lack unified legal grounds, specific structural design, and clear procedure rules. An analysis concerning the origin and development, standing, the composition of judges, the litigation costs of the Sweden environmental courts will be revealing and beneficial for the bettering of the Chinese environmental courts system.

Quantum Measurement of Two-Qubit System in Damping Noise Environment

It is known that the inevitable interaction of the entangled qubits with their environments may result in the degradation of quantum correlation.We study the decoherence of two remote qubits under general local single-and two-sided amplitude-damping channel(ADC).By using concurrence,quantum discord and Clauser-Horne-ShimonyHolt(CHSH)inequality,we find that the relation between the residual quantum correlations and the initial ones are different.Recently,Wang et al.[Int.J.Theor.Phys.54(2015)5]showed that there exist a set of partially entangled states that are more robust than maximally entangled states in terms of the residual quantum correlation measured by concurrence,fully entangled fraction and quantum discord,respectively.Here we find that both in single-and two-sided ADC,only the evolution of CHSH inequality with the initial parameter is proportional to that of the initial nonlocality.That means the initial state with maximally nonlocality will retain its role in the evolution.It implies that the evolution of nonlocality may reveal the characteristics of quantum state better.Furthermore,we discuss the evolutions of the three different quantum measurements with the initial parameter under generalized amplitude damping channel(GADC)and find that they are all proportional to that of the initial state.

Entanglement Dynamics of Quantum States Undergoing Decoherence from a Driven Critical Environment

In this paper,we have investigated the quantum entanglement of quantum states undergoing decoherence from a spin environment which drives a quantum phase transition.From our analysis,we find that the entanglement dynamics depends not only on the coupling strength but also on the external magnetic field and the number of the freedom degrees of the environment.Specially,our results imply that the decay of the entanglement can be enhanced by the quantum phase transition of the environment when the system is coupled to the environment weakly.Additionally,the discussion of the case of the multipartite states with high dimensions is made.