Planning Important

Modern man is increasingly acute shortage of time. Perhaps everyone would agree that he needs to add a few hours in a day or several days a week. Want to sleep, time to read a lot of literature to visit several places at once. For people engaged in science as a profession is particularly relevant. What should I do? An excellent way – to calm down and plan your time. For Planning is useful to define the importance of facing your problems. All tasks can be divided into three groups: the first level of problem for which the highest priority task in the second level, whose priority is lower, but they are important for you and the third group – the tasks that could be postponed for some time.

Value problems in the group must meet the normal distribution: 25% 50% 25%. This is a rather simplistic approach, but it works. Respectively to be allocated and time. 25% of the most important problem, 50% of the tasks with lower priority and 25% of the tasks with the lowest priority. Thus, all problems will be solved gradually and have been posted yet will not 'sink'. However, that would not remain unsubstantiated cite a few examples.

You write a dissertation. Goal – to write and defend a thesis. This goal can be divided into several tasks: 1. the most urgent and important task: to prepare and deliver candidate examinations. About how they sit there, for example, the article 'How to quickly prepare for candidate examinations in History and Philosophy of Science? ". Template for the delivery of other examinations in general similar. On this task should be given 25% of time each day to the winning date. 50% must be spent on carrying out practical work, the writing of findings and publication of articles. Where to publish articles? Excellent option may become a collection of participants some of the conference. It is necessary to search them online. For psychologists, there are a few specialized sites. For example, phlogiston or news from the world of psychology. There you can find a suitable thesis topic for the conference and register as a participant. I am sure that other areas there are many such conferences. 25% must be left to the review of the literature on the issue. However, it must comply with the proportion and attention to solving problems every day. A little bit, but necessary. Of course, each person can have in its approach and its priorities in the distribution of tasks. However, it is important to plan the work and to separate important from less important tasks.


Increased risk of such a device makes the company to spend extra funds, increasing the cost of the product. Moreover, such a machine is unable to produce shaped cutouts, and the quality is not subjected to strict monitoring, as the laser cutting of metal. Laser cutting of metal – is the maximum reliability and maneuverability minimal error. Thus, we have a whole series of arguments in favor of the preferences of such an operation as laser cutting of metal at the expense of cutting a metal or abrasive material. Waterjet cutting of metal, as well as laser cutting, was the result of the latest scientific developments in the field of industrial production. Compared with laser cutting, water jet cutting metal has its advantages and disadvantages, depending on the complexity of specific cases, treatment of the material makes the laser or waterjet cutting metal more or less applicable.

In each case, apply one or other method of cutting metal. The essence of such an operation, as water jet cutting of metal, is as follows. The water in the tank unit is pumped to high pressure (about 4000 bar), then enters the tube, tapering to the end and ending with the cutting dyuzoy diameter 0,5 mm. A powerful jet of water at the outlet has a speed of about 1000 meters per second. Breaking out of the nozzle, the water enters the mixing chamber, where it are mixed particles of solid substance, usually granitic sand. Pressure of the powerful jets in conjunction with scratching the material cut metal, and the quality of this cutting is much higher than the cutting quality by machining.

As laser cutting, water jet cutting metal allows complex elements, cut out small parts of any given contour. Another unique advantage of this method of processing, such as water jet cutting metal, is that the process occurs with minimal heat. This not only increases the safety of the water-jet cutting, but also allows you to cut parts whose production does not fit the effect of high temperatures. Even though materials such as tempered glass and solid metals are not amenable to waterjet cutting of metal, this method is, nevertheless, is today one of the most high-tech methods modern industry. Waterjet cutting of metal today – is the result of the method of water jet processing of materials in general. Continuous development and the constant evolution of the method waterjet cutting allows a certain degree of probability suggest that in the future will also solve the problem cutting hard metals and tempered glass.

National Commission

The National Commission for Development and Reform Commission approved the construction of the project in Baotou (Inner Mongolia) Installations for the production of 600,000 tons per year DMTO. After completion of bench testing was begun construction of a Commercial trials with a treatment capacity of 30 000 tonnes of methanol per year, using technology FMTP (fluidized methanol to propylene), which was developed in China. (2) A number of new technologies in sectors of production of chemical fertilizers and coal products has a modern developed in China mnogosoplovaya technology that differs from the gasification of the suspension, and commercial installation demonstrate successful operation. China has built 10 plants with 20 kilns. Technology gasification of powdered coal under pressure has become one of the major breakthroughs, and is currently being built industrial units with consumption of coal in 1000 tonnes per day. Has already built two industrial units with a furnace for coal with a capacity of 500 tons per day and operating pressure of 4.0 MPa, using technology developed in China gradually with coal / gas generation without the carbon oxidation. In the field of biochemical production, China is developing technologies for the biocatalytic production validamitsina high purity, as well as Industrial production valiolamina. (3) were obtained some achievements in the production of an entire group of basic chemical plant equipment.

Company Triangle Group Co., Ltd. uses innovative technology developed by, and made a huge construction tire with a diameter of 3600 mm and a cross section of 1400 mm. In 2007, China was also built quite a lot of complete local chemical plants and the ground equipment that meets modern international standards, such as: the installation for the production of dimethyl ether with a capacity of 100,000 tonnes per year plant for the production of methanol with a capacity of 300,000 tons per year using technology with low pressure.