![]() My PC already has a ton of memory which I use for my video processing work so I don't think that is the issue and I think upgrading RAM speed might not be as useful in this case? Right now, I am thinking either of upgrading my CPU to the 13th generation processor, but since multi-core is less important, does that mean that Intel is a better choice than AMD for processor since Intel tends to have higher overall single-core clock speeds? Also, does that mean that i9 processing power is wasted if multi-cores are not being used and that sticking with an i7 (or even an i5) is good enough? I know modern games cache themselves into RAM and thus hard drive access times become less important, but back in the day, was this a far more important factor? The other thing that I am wondering is if the performance issues might actually be due to hard drive speed. ![]() ![]() GPU performance is less important, and RAM speed and quantity is not as important. From what I read, it is mainly processing power that matters, and to focus on single-core processing power. I want to upgrade my PC but not sure what to prioritize. Uniform, compact, free pinholes, stoichiometric, adherent, high optical transmittance and low resistivity CdS film is obtained using concentration of 0.2 M CdCl2 in the bath deposition and after heat treatment.My DOSBox works well for 2D games but lags quite badly on 3D games. Annealing the samples at 400 ☌ under oxygen atmosphere for 30 min resulted in an enhancement in crystallinity. The X-ray diffraction showed that CdS films are polycrystalline in nature, with single hexagonal phase. Structural, morphological, optical characterizations and electrical investigations have been carried out to determine the optimum CdCl2 concentration and without or with heat treatment for the best CdS thin film properties. Good quality CdS-deposited films are obtained at a cathodic current of 0.25 mA/cm2. At the end of the research, considering the findings gathered, the suggestions have been made for the educationists and the teachers.Ĭadmium sulfide (CdS) window layers have been deposited on indium tin oxide (ITO)-coated glass substrates by electrodeposition using the galvanostatic method from non-aqueous solution containing cadmium chloride (CdC12), sulfur (S8) and ammonium chloride (NH4Cl) at bath temperature of 90 ☌. Furthermore, It has been found striking that the recommendations of the preparation of interactive CDROMs on the topics supporting the development of sociality and the abstract topics that the adults have difficulty in understanding. Among the other findings in the research, it has been found that the teachers recommend the virtual and audio elements of the interactive CD-ROMs to be prepared more elaborately and carefully. Moreover, it has been also found that they aim at children’s psychomotor and cognitive development with the use of the interactive CD-ROMs. According to the findings gathered in the research, it has been found that the teachers use the interactive CD-ROMs in the classrooms very rarely because of the lack of the computer equipments in the classrooms. The research has been conducted with five early childhood teachers teaching different age groups of children. ![]() In the research, semi-structured interview has been used as a way of gathering data, which is one of the interview ways. The research has been conducted with the qualitative research methods. To obtain useful films, the results showed that low ammonium concentrations must be avoided at high pH values as well as high ammonium concentrations at lower pH values.Ībstract The purpose of the research is to determine the opinions of the early childhood teachers working in Denizli about the use of interactive CD-ROMs in the education programs. Therefore, the predominance zone diagram of Cd2 + species in solution as a function of the values of pH and pNH3 was used to analyze the reasons why the CdS/ITO thin films are favored in just a narrow range of ammonium and hydroxide concentrations. The mechanism proposed in the literature for this deposition involves the tetra-ammonium cadmium (II) complex, Cd(NH$_$ gives a variation in the rate of deposition with the corresponding modification in the quality of the film. This was made in order to analyze the influence of the initial chemical composition of the bath on some physical properties of the final CdS films, used as optical windows for solar cells. Cadmium sulphide (CdS) thin films deposited on indium tin oxide (ITO) substrates were prepared by the chemical bath deposition technique at different values of pH and pNH3.
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