Nikutai No Mon (1. Movie. Nikutai No Mon. No Reviews Yet. Release Date: January 1st, 1. Not Yet Rated. 5. Plot Summary. A group of prostitutes band together in hopes of building a better life in occupation- era Japan. Nikutai No Mon - Search for movie plot, trailers, cast and crew, photos, reviews, and tickets online at Moviefone. Nikutai no mon (1964). Nikutai no mon (1964) French Subtitles. Rate Gate of Flesh 1964 1CDSubtitles Nikutai no mon - subtitles english. Gate.of.Flesh.1964.DVDRip.XviD-CTS, 1CD (eng). Uploaded 2008-10-25, downloaded 420x. Set immediately after WWII, this film explores the desperate lengths to. Apocalypse Whores: Seijun Suzuki’s Gate Of Flesh – The Nail That Sticks Out 14 April 2012 2:32 AM, -08:00. Title: Nikutai no mon (1964).
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High cruise flight also allows more time to evaluate issues before a forced landing must be made. As the turbocharged aircraft climbs, however, the pilot. Training film demonstrating the techniques and requirements of flying the B-24 bomber equipped with a turbosupercharger, a mechanism designed to help. HIGH ALTITUDE OPERATION. Cabin-pressurizing controls and indicators are located at the flight engineer's. Find great deals on eBay for B-29 Manual in. BOEING FLIGHT & OPERATION MANUAL. The text on the eCFR tab represents the unofficial eCFR text at ecfr.gov. The USAAF's Famed Fort Roach Condensed from a major treatise by MSgt George J Siegel, California Military Museum. Turbosupercharger: Flight Operation (1943). List of Allied propaganda films of World War II Play media. James Stewart in Winning Your. Flight Operation: USAAF: Turbosupercharger: Master of the Skies: USAAF. Buy THE TURBOSUPERCHARGER: MASTER OF THE SKIES, 1943 on Amazon.com FREE SHIPPING on qualified orders. In each of these complex powerplants, the exhaust gas from the engine goes to the nozzlebox of a turbine, flows through nozzles in the wall of the nozzlebox and strikes the blades of a turbine wheel and makes it turn at high speed. The turbine wheel is on one end of a shaft that carries the blower or impeller of a centrifugal supercharger at the other end, the combination of turbine and supercharger being called a . One of the best examples of such a complex engine- turbo powerplant is the combination of Wright R1. General Electric B- 2 turbo on the Boeing . Why turbo- regulators have been needed This complex engine- turbo powerplant has its 2. Up until now, it has not been possible to make a good powerplant with just an engine and a turbo; it has been tried, but the attempts were failures because the power developed by the complex powerplant would not remain steady but would rise and fail in cycles even though the positions of the engine throttle, constant speed propeller control and turbo waste gate remained fixed. This lack of stability occurs because a slight increase in the amount of exhaust gas flowing through the nozzles of the turbine causes an almost equal or perhaps an even greater percentage increase in the quantity of air being pumped by the blower or supercharger. Then, when there is a slight accidental increase in the quantity of air pumped by the supercharger, as will happen with a slight change in the speed of the airplane through the air, the additional air together with some additional gasoline is turned into exhaust gas by the engine and pumped back by it to the turbine. There, the greater supply of exhaust gas causes the nozzlebox pressure to rise and more gas to flow out through the nozzles. This, in turn, speeds up the turbo and causes it to pump more air than before. This completes a vicious circle, and the power of the engine and turbo continues to increase until, at higher powers, the efficiency of the turbo decreases so much that this building- up process breaks down. Then, a little drop in the amount of air being pumped by the supercharger results in the turbine getting less exhaust gas, and the turbo slows down and pumps less air than before. Thug another but opposite vicious circle is set up, and the power of the engine and turbo continues to drop until a further drop in the speed of the turbo would cause but little change in the amount of air being pumped or sucked into the engine. These two vicious circles of building up and cutting down power follow each other in cycles, and they prevent the engines from being operated steadily at the most efficient speed and manifold pressure. The unsteady power also makes it impossible to fly the airplane steadily, as is needed for accurate bombing or tight formation flying. What turbo regulators do The unsteadiness of power described above can be prevented or at least reduced to almost nothing by holding steady the pressure of the exhaust gas in the nozzle- box of the turbo or by holding steady the pressure of the air pumped to the engine by the turbo. Turbo regulators try to do one or the other of these two things. The well- known Eclipse hydraulic turbo regulator tries to hold the nozzle- box pressure steady by opening or closing an exhaust escape valve or waste gate more or less as the pressure starts to rise or fall. It does this fairly well, unless the oil that is supposed to operate the regulator congeals in the cold at high altitudes or some other trouble occurs. The newer Minneapolis- Honeywell electronic turbo regulator breaks the vicious circles by holding steady the pressure of the . This could be done by letting more or less of this air escape; but this would require a larger and heavier turbo to pump the extra air. Instead, the pressure of . This is not done simply, because a change in the position of the waste gate does not at once change the pressure of the air; it changes the pressure of the exhaust gas, this changes the force of the gas blowing on the turbine wheel, and it takes a second or two for the speed of the turbo to change much. To prevent the regulator from moving the waste gate too far before the speed of the turbo changes enough to adjust the pressure of the air requires that the regulator be fairly complicated. Each electronic turbo regulator includes two transformers, six potentiometers, two metal bellows, a two- phase electric motor with a high- reduction gear train and a magnetic clutch, a phase shifting network, an accelerometer flywheel, a pair of flyball weights operating two clutches connected to another gear train, a fourtube vacuum tube amplifier, and quite a few links, levers, springs and wires, and it requires a rotary converter to provide it with 4. A. Each of these controls weighs about twenty pounds and costs about two hundred dollars. How to do without turbo regulators The vicious circles which cause the power of an engine and turbo to swing up and down can be broken by much simpler means than turbo regulators. Instead of having some more or less complicated automatic control mechanism to move the waste gate, the waste gate can be made to move itself so that any change in the amount of exhaust gas being pumped to the turbo by the engine will cause a much smaller change in nozzle box pressure than there would be in a standard turbo. This can be done by pivoting the waste gate a little off center so that the pressure of the gas in the nozzle box tends to open it and by providing a spring to hold the waste gate partly closed against the pressure of the gas. The pressure of the gas and therefore the speed of the turbo and the amount of supercharging which it provides can be adjusted by changing the tension of the spring. Why this simple arrangement works can be explained easily, if it is not already obvious. With a fixed waste gate, an increase of 1. With a spring- loaded unbalanced waste gate, a similar increase in the total flow may cause the flow through the waste gate to increase by 1. The exact percentages depend on the relative sizes of the nozzle openings and the waste gate opening, on the amount of offset of the waste gate, and on the stiffness of the springs. In any case, the increase in the gas flowing through the nozzles will be only a fraction of that needed to make the turbo pump enough air to continue that increase. Therefore the vicious circles that occur with a fixed waste gate will not be created, and the power of the engine and turbo will be stable without an automatic control or regulator of any kind. It might seem that such a simple arrangement would not work. On the one hand, there is the possibility that the exhaust gas rushing by the gate would make it flutter or swing back and forth. On the other hand, friction might prevent the waste gate from adjusting itself to the pressure of the gas. However, actual flight tests carried out at all engine powers and at all altitudes up to 3. Specific forms of the invention Two of the many ways in which the turbo may be constructed to carry out the invention are shown in the drawing, In which: Figure 1 is a diagram of an engine and turbo powerplant in which the turbo is made as explained in general above; Figure 2 is an enlarged side view of the new part of the turbo shown in Fig. Figure 3 is a rear view of the part of the turbo shown in Fig. Figure 4 shows another way of carrying out the invention. The principal parts of the powerplant shown in Fig. I and a turbo- supercharger or turbo 2, which are connected together by an exhaust collector ring and pipe 3 for leading exhaust gas from the engine to the turbo, and a carburetor air duct 4 for leading compressed air from the turbo 2 through an intercooler 5 to the engine. The new turbo includes a conventional bearing and pump casing 6 in which the main shaft 7 is supported on ball and roller bearings. The shaft 7 carries a bucket or turbine wheel II on one end and an impeller or blower 1. In its passage through the diffuser 1. Thus, all of the air leaves the diffuser 1. I in a compressed state. The impeller 1. 2 is driven through the shaft 7 by the turbine or bucket wheel II, which, in turn is driven by jets of exhaust gas striking the buckets or blades 1. The jets of exhaiust gas are formed by exhaust gas escaping from the nozzlebox 1. The nozzlebox 1. 8 is supplied with exhaust gas from the engine I through the exhaust pipe 3 and the nozzlebox inlet 2. The improvement which is the main invention lies in this portion of the turbosupercharger. From the nozzlebox 1. The wastegate 2. 3 is shaped so that it lies in an oblique position when it isclosing the wastepipe, and it is mounted on a shaft 2. This arrangement differs from the usual one in that the shaft is located off center and that the area of the wastegate 2. With this arrangement, pressure of the exhaust gas in the nozzlebox 1. Another important feature of the wastegate arrangement Is the fact that the wastegate 2. The spring 2. 7 is a helical torsion spring having one end 2. The coils of the spring are spaced out from the hub so that they will not grip the hub as they contract when the spring is tensioned. The pulley 2. 9 has a control cable 3. The stiffness of the spring 2. Hg and of the air outside is about 1. Hg and the flow of gas through the wastegate is large enough so that this nozzlebox pressure is maintained with the wastegate half open, the pulley must be turned about eighty degrees to tension the spring enough to hold the wastegate against this pressure difference. With the spring- loaded unbalanced wastegate 2. When the engine is operating at full throttle with the turbosupercharger in operation and it is desired. It is unnecessary to have any other control means than the cable because, with this improved turbosupercharger, the complex engine- turbo powerplant is inherently stable. Compiler - Wikipedia. A compiler is a computer program (or a set of programs) that transforms source code written in a programming language (the source language) into another computer language (the target language), with the latter often having a binary form known as object code. If the compiled program can run on a computer whose CPU or operating system is different from the one on which the compiler runs, the compiler is known as a cross- compiler. More generally, compilers are a specific type of translator. While all programs that take a set of programming specifications and translate them, i. A program that translates between high- level languages is usually called a source- to- source compiler or transpiler. A language rewriter is usually a program that translates the form of expressions without a change of language. The term compiler- compiler is sometimes used to refer to a parser generator, a tool often used to help create the lexer and parser. A compiler is likely to perform many or all of the following operations: lexical analysis, preprocessing, parsing, semantic analysis (syntax- directed translation), code generation, and code optimization. Program faults caused by incorrect compiler behavior can be very difficult to track down and work around; therefore, compiler implementors invest significant effort to ensure compiler correctness. History. Although the first high level language is nearly as old as the first computer, the limited memory capacity of early computers led to substantial technical challenges when the first compilers were designed. The first compiler was written by Grace Hopper, in 1. This definition explains what a compiler is, what it does and how it works. We discuss Java compiler and just-in-time compiler and provide a video tutorial. After you install security update 896358, downloaded Compiled Help Module (CHM) files do not open as expected. A workaround is available. A- 0 programming language; the A- 0 functioned more as a loader or linker than the modern notion of a compiler. The first autocode and its compiler were developed by Alick Glennie in 1. Mark 1 computer at the University of Manchester and is considered by some to be the first compiled programming language. COBOL was an early language to be compiled on multiple architectures, in 1. Because of the expanding functionality supported by newer programming languages and the increasing complexity of computer architectures, compilers have become more complex. Complica E Perfeitinha MusicaEarly compilers were written in assembly language. The first self- hosting compiler . Building a self- hosting compiler is a bootstrapping problem. Before the development of FORTRAN, the first high- level language, in the 1. While assembly language produces more abstraction than machine code on the same architecture, just as with machine code, it has to be modified or rewritten if the program is to be executed on different computer hardware architecture. With the advent of high- level programming languages that followed FORTRAN, such as COBOL, C, and BASIC, programmers could write machine- independent source programs. Music video by La Mosca Tse-Tse performing Todos Tenemos Un Amor. Computer dictionary definition for what compile means including related links, information, and terms. We love bike expeditions. But like most of you, we don’t have the time for 5 weeks in Mongolia or 3 months in Peru. So we started the XPDTN3 club, packing as much. A compiler translates the high- level source programs into target programs in machine languages for the specific hardware. Once the target program is generated, the user can execute the program. Compilers in education. A well- documented example is Niklaus Wirth's PL/0 compiler, which Wirth used to teach compiler construction in the 1. This is known as the target platform. A native or hosted compiler is one which output is intended to directly run on the same type of computer and operating system that the compiler itself runs on. The output of a cross compiler is designed to run on a different platform. Cross compilers are often used when developing software for embedded systems that are not intended to support a software development environment. The output of a compiler that produces code for a virtual machine (VM) may or may not be executed on the same platform as the compiler that produced it. For this reason such compilers are not usually classified as native or cross compilers. The lower level language that is the target of a compiler may itself be a high- level programming language. C, often viewed as some sort of portable assembler, can also be the target language of a compiler. E. g.: Cfront, the original compiler for C++ used C as target language. The C created by such a compiler is usually not intended to be read and maintained by humans. So indent style and pretty C intermediate code are irrelevant. Some features of C turn it into a good target language. E. g.: C code with #line directives can be generated to support debugging of the original source. Compiled versus interpreted languages. However, in practice there is rarely anything about a language that requires it to be exclusively compiled or exclusively interpreted, although it is possible to design languages that rely on re- interpretation at run time. The categorization usually reflects the most popular or widespread implementations of a language . It only hides it from the user and makes it gradual. Even though an interpreter can itself be interpreted, a directly executed program is needed somewhere at the bottom of the stack (see machine language). Modern trends toward just- in- time compilation and bytecode interpretation at times blur the traditional categorizations of compilers and interpreters. Some language specifications spell out that implementations must include a compilation facility; for example, Common Lisp. However, there is nothing inherent in the definition of Common Lisp that stops it from being interpreted. Other languages have features that are very easy to implement in an interpreter, but make writing a compiler much harder; for example, APL, SNOBOL4, and many scripting languages allow programs to construct arbitrary source code at runtime with regular string operations, and then execute that code by passing it to a special evaluation function. To implement these features in a compiled language, programs must usually be shipped with a runtime library that includes a version of the compiler itself. Special type of compilers. For example, an automatic parallelizing compiler will frequently take in a high level language program as an input and then transform the code and annotate it with parallel code annotations (e. Open. MP) or language constructs (e. Fortran's DOALL statements). Bytecode compilers that compile to assembly language of a theoretical machine, like some Prolog implementations. Just- in- time compiler (JIT compiler) is the last part of a multi- pass compiler chain in which some compilation stages are deferred to run- time. Examples are implemented in Smalltalk, Java and Microsoft . NET's Common Intermediate Language (CIL) systems. This bytecode is then compiled using a JIT compiler to native machine code just when the execution of the program is required. The output of the compilation is only an interconnection of transistors or lookup tables. An example of hardware compiler is XST. Similar tools are available from Altera. A compiler verifies code syntax, generates efficient object code, performs run- time organization, and formats the output according to assembler and linker conventions. In the early days, the approach taken to compiler design used to be directly affected by the complexity of the processing, the experience of the person(s) designing it, and the resources available. A compiler for a relatively simple language written by one person might be a single, monolithic piece of software. When the source language is large and complex, and high quality output is required, the design may be split into a number of relatively independent phases. Having separate phases means development can be parceled up into small parts and given to different people. It also becomes much easier to replace a single phase by an improved one, or to insert new phases later (e. The division of the compilation processes into phases was championed by the Production Quality Compiler- Compiler Project (PQCC) at Carnegie Mellon University. This project introduced the terms front end, middle end, and back end. All but the smallest of compilers have more than two phases. The point at which these ends meet is not always clearly defined. One- pass versus multi- pass compilers. Compiling involves performing lots of work and early computers did not have enough memory to contain one program that did all of this work. So compilers were split up into smaller programs which each made a pass over the source (or some representation of it) performing some of the required analysis and translations. The ability to compile in a single pass has classically been seen as a benefit because it simplifies the job of writing a compiler and one- pass compilers generally perform compilations faster than multi- pass compilers. Thus, partly driven by the resource limitations of early systems, many early languages were specifically designed so that they could be compiled in a single pass (e. Pascal). In some cases the design of a language feature may require a compiler to perform more than one pass over the source. For instance, consider a declaration appearing on line 2. In this case, the first pass needs to gather information about declarations appearing after statements that they affect, with the actual translation happening during a subsequent pass. The disadvantage of compiling in a single pass is that it is not possible to perform many of the sophisticated optimizations needed to generate high quality code. It can be difficult to count exactly how many passes an optimizing compiler makes. For instance, different phases of optimization may analyse one expression many times but only analyse another expression once. Splitting a compiler up into small programs is a technique used by researchers interested in producing provably correct compilers. Proving the correctness of a set of small programs often requires less effort than proving the correctness of a larger, single, equivalent program. Three phases compiler structure. These phases are named after the Production Quality Compiler- Compiler Project phases mentioned before. The front end verifies syntax and semantics according to a specific source language. Performs type checking by collecting type information. Romeo & Juliet Torrents . Romeo i Dzhulyetta) is a 1. Soviet ballet film directed by Lev Arnshtam. It was entered into the 1. Cannes Film Festival. Original Title: Romeo i Dzhulyetta. Rating: 7. 3 (4. 3)MPAA: Not available. Duration: 9. 2 minutes. Release Date: 1. 95. Genre: Music, Drama, Romance. Cast: Galina Ulanova, Yuri Zhdanov, I. Olenina, Aleksandr Radunsky, Ye. Yermolayev, Sergei Koren, V. Loshchilin, Aleksandr Lapauri, S. Uvarov. Director: Lev Arnshtam, Leonid Lavrovsky. Le ballet Autour de Romeo et Juliette . Romeo i Julia (1955) Romeo i Dzhulyetta. Belgia (niderlandzki) (tytu Imdb Link: Romeo & Juliet. Language: Russian. Country: Soviet Union. To download/stream both torrent and magnets. Download Bit. Lord. Il en appelle aux proc. Serguei Prokofiev : Musique Rudolf Nouree : Chor. Riche d’images, suivant au plus pr. In 1955 Frederick Ashton choreographed a. Le tribut de Zamora (1881) Rom. An Explication of a Stage Duel in Gounod’s Romeo et Juliette An article by Meron. Mais cet amour ne peut se dire au grand jour, car leurs illustres familles, les Montaigu et les Capulet, cit. Leur amour interdit trouvera sa d. Il y introduit des sc. Faisant le choix d’une dramaturgie puissante, o. 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