If you ever see a tutorial that could be improved in some way, we encourage you to just go ahead and change it. Even if the person who started the tutorial doesn't finish it, there is a good likelihood that someone else will stumble upon it, and can improve or add on to it until it is finished. Why is this?Ī: Since this is a wiki, and anyone can contribute, our policy is that we will post any legitimate tutorial that contains some useful information. Q: Some of the tutorials appear to be unfinished. If you would like to make a suggestion for a new tutorial, you can add it to the wiki to-do list. We won't guarantee that you will find everything on this wiki that you are looking for, since it is a constant work in progress and there are simply too many topics to cover. If you don't find what you are looking for, leave a comment in the forum and one of us will try to help you.
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The downloads page has a comprehensive list of TI-Basic tutorials from elsewhere on the Internet, as well as some of the different tools and utilities. Q: Where can I get information on TI-Basic?Ī: The wiki you are currently on has the largest collection of TI-Basic information available, including commands, design concepts, techniques, and experimentation. After that, you should move on to learning the more advanced design concepts and techniques that are part of TI-Basic. Once you feel comfortable with the commands, you can start putting them together to create larger programs.
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If TI-Basic is your first exposure to programming, it will require some work to learn, but it is definitely worth it because TI-Basic is a fun language to use.Ī: The best way to learn TI-Basic is to download a copy of the manual, and start making small, sample programs to try out the different TI-Basic commands. GeneralĪ: Yes! TI-Basic has the majority of the standard features and functionality that you find in other BASIC programming language variants (i.e., things like user input and variables are very similar), so if you can learn those languages, TI-Basic should be no problem. If you have any questions that aren't mentioned on the list, please post them in the forum or leave a comment at the bottom of the page. Many of the questions are related to each other, so it is recommended that you read through the whole list.
Finally, in the case of Ce-doped TiO 2 materials, the main intermediates of degradation are hydroquinone and benzoquinone, while with P-25 the main intermediate is 4-chlorocatechol, suggesting that different reaction mechanisms may take place depending on the nature of the catalyst.This FAQ is an attempt to answer the common TI-Basic related questions that people ask. This decrease in activity is not observed for a higher pH value (10) and seems to be related with catalyst deactivation due to removal of ceria from the surface. However, in the case of the latter catalyst, activity decreases after 15 min in an experiment carried out at natural pH (5.8). Compared with the commercial P-25 TiO 2 catalyst, the activity observed at the initial period of the reaction is higher for the prepared Ce-doped material. Cerium has a positive effect in preventing electron–hole recombination only when the crystalline structure is maintained. The observed photocatalytic activity is strongly dependent on both visible-light response and structure of the material. The presence of cerium, in an excess of 0.6% (w/w), is found to inhibit the transition from amorphous to crystalline phase during calcination at 400 ☌. TiO 2 materials are modified with low amounts of cerium to extend its absorption spectrum into the visible region. Visible-light photoactive Ce-doped TiO 2 catalysts are prepared by solvothermolysis, characterized by several techniques (DRIFT, DR UV–vis, XRD and HRTEM/SAED/EDXS) and tested in the degradation of 4-chlorophenol.
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