Alchemical Blade

I had nothing to do at work, and I was browsing on Baidu. I saw the answer given by the author of this book to a novice author. As a starting point writer, I was also very touched, so I came to take a look and support the next book 😁

Sweep the grave! The author's last book, Heart of the Castle, was very good back then. Unfortunately, at that time, there were relatively few readers who read the original version. The subject matter was also niche and it didn't become popular.

I wanted to watch Heart of the Castle again, but found it was gone...

I haven't read the book yet, but I came here because of Heart of the Castle

Okay, all children, regarding the setting of why the pure alchemy potion is "purple" in a certain novel, a certain welder will explain (tu) and read (cao) here. All children, please turn to Chapter 16 of Volume 2. Well, as we all know, the colors that humans see in the display plane are actually a very small region of the electromagnetic spectrum, also known as the "visible spectrum." The spectrum that human vision can perceive has a wavelength between 400 and 760 nanometers. On the retina of the eye, there are three different types of photoreceptor cells, namely red blood cells, green cells and blue cells, which contain red-sensitive visual pigments, green-sensitive visual pigments and blue-sensitive visual pigments respectively... Do you feel anything when you see this? Yes, the three primary colors, but the definition of the three primary colors is limited to "human eyes". For example, green + blue = cyan, right, but green, blue, and cyan clearly have pure wavelengths, which are 530 nanometers, 460 nanometers, and 485 nanometers respectively. We would think "green + blue = cyan" because the human eye cannot distinguish between mixed cyan and pure cyan. Animals that are different from humans also see the world in different colors. For example, why are zebras black and white striped? This has no camouflage effect at all to the human eye. However, most mammals other than humans can only distinguish two colors. The black stripes of zebras are the same as grass in the eyes of other animals. So why do pure chemicals must be purple in a certain plane? According to the above statement, some smart children may have thought that, yes, in that plane, the visible spectrum of human eyes is different, and pure chemical agents can release a certain electromagnetic wave, which is purple in the eyes of people who receive it in that plane, while higher purity drugs, as the electromagnetic waves change, the color reflected in the eyes is silver. In the same way, this also explains why in many planes, healing potions must be red and magic-reviving potions must be blue. At the same time - this is the most important thing. Children's shoes who want to travel through time, please think clearly. In the world you travel through, the definition of "color" will be completely different from that in the real plane. The blond beauty in another world may be a black-skinned monster in your eyes, just like how you "reverse" the beauty's photos. What's more likely is that you can't see anything in the world you traveled to because the frequency of the spectrum that your eyes can accept is different! So why, in the plane of a certain novel, does everyone, whether barbarians, elves, humans or other creatures, see pure-colored potions that are purple? Well, let's ask the author to explain this question. 🤓

The author just stopped writing novels and found a good job.

Xxx came here 🤓

It's 2018. Will you still write?

Wow, this was four years ago, from Zhang Ping

Suddenly I saw in another novel that the author said in this chapter, come and do some archaeological research.

2017 Is almost over, your new book?

😄I have been waiting for a long time~~~The new book is booming~~~~~~~~

The legendary continent of Garunas has never been short of time-travelers. Well, let me correct it, they are time-travelers who have traveled to other worlds. How to put it, although there is no very magical evidence to prove that this person - what is his name, oh, Merlin Avery, is not a cannery, nor is it the incarnation of a certain great mage - specifically, it is the time-traveled body of the aborigine of the Garunas continent. Perhaps according to the bad taste of an old man, several of them were kneaded together, and he is here. Just like the routine in another plane we are familiar with, "He came, he saw, he won", the fun begins. Having said that, as a guy with a six-gun in a certain plane said, "Justice will not be served by itself." No matter how the boy tears up cabbage, devils or ghosts in the future, he must first go to school. According to the ancient routine A: A young man will find that he has an awesome father, inherits awesome abilities, makes an awesome cheat, and has an awesome gay friend (who is also a mortal enemy). The process of him and his gay friend falling in love and wanting to kill him is the main flow of the story. In the end, they are happily together (well, forget this part).

🥺The author will update it quickly. No surprise, you can book it all

Hello everyone, welcome to the chemistry class of a certain electric welder. Today I am going to talk about how to conduct a successful chemical (yao) study (ji) practical (pei) experiment (i). Please turn the lecture (xiao) meaning (shuo) to Chapters 6 and 7. The first step is the quality of pharmaceuticals. Chemical pharmaceuticals are generally divided into superior purity (G. R. Green bottle label), analytical purity (A. R. Red bottle label), chemical purity (C. P. Blue bottle label), experimental reagents (L. R. Yellow or brown bottle label) and lower grade industrial purity (T. P.). In general chemical experiments, experimental reagents are used, large-scale industrial production uses industrial pure, analytical pure is used for analysis and scientific research, and superior pure is only used in precision analysis and scientific research measurement work with very high accuracy. To use a simple analogy, industrial purity is a flat-eye view, analytical purity is a magnifying glass, chemical purity is a general microscope, and superior purity is an electron microscope. No one will use an electron microscope to see a map. In other words, the industrial products produced by industrial purity are enough to meet the needs of the public. In a world where various metal liquids are placed in the stomach and can still be active, what is the point of pursuing the purity of medicines? The second step is to weigh the medicine. Before weighing the medicine, one thing that must be done is calibration. Yes, the balance used must be calibrated (especially the mechanical balance). The more precise the balance, the more it will be affected by various subtle factors. Balances used in analytical experiments are generally installed at constant temperature (to reduce the impact of temperature), constant humidity (to reduce the impact of moisture), and on the ground floor (to reduce the impact of vibration). The weighing object needs to be placed in a closed glass cover (to reduce the impact of air flow), and hands cannot be touched during the filling process (to reduce interference from human factors. To load the medicine, just take a spoon and sprinkle it little by little), etc. Facing an unfamiliar balance, it is ridiculous to weigh without calibration. Of course, if the accuracy requirements are not high, such as when buying vegetables at the vegetable market, it does not matter. The third step is to conduct the experiment. Most chemical reactions are lengthy processes, especially organic reactions. For example, winemaking is actually a chemical reaction. Has anyone ever drank wine brewed in one hour? There is no advertisement on the market that says this - this wine is brewed in one hour and is ready for sale. It is normal for a general organic chemical reaction to take several days or even weeks. In order to speed up the reaction, the following steps can generally be taken: 1. Stirring, you need a mixer, 2. Heating, find a gas lamp, 3. Constant temperature, find a pot of solvent oil as an oil bath, and a thermometer, 4. Catalyze, add a catalyst and a little zeolite. It should be noted here that there is no such thing as a "universal catalyst". The vast majority of catalysts are just a carrot and a pit (a few are only slightly wider in scope). Only specific reactions are effective, and the catalyst itself is not consumed in the reaction (can be recycled), otherwise it would not be called a "catalyst". Note that no chemical experiment is 100% safe. Children, please take personal protection, including: 1. Ventilation (do not close doors or windows or prepare a ventilated kitchen) 2. Wear protective glasses, standard lab coats, hats, gloves, rubber shoes (no exposed toes), and a respiratory mask if necessary. Are you all ready? Everyone, the temperature today is 35 degrees. Please stay in front of the 300-degree reaction device for 3 hours without turning on the air conditioner... This is a very fast experiment, don't complain... The fourth step is purification. Although the raw materials are impure, in chemical experiments, the motivation for purification is often not related to the purity of the raw materials, but to the by-products of the reaction. Most chemical reactions are accompanied by side reactions, which is inevitable. The more steps a chemical reaction takes, the more side reaction products there are, and there is more than one. Purification often uses the different properties of each product to separate, such as precipitation, vaporization, distillation, and extraction. Simply put, purification is to separate several substances, so that one part of the solvent becomes two parts or more. It is impossible to purify simply through light illumination. In addition, it is impossible to observe the separation quality of pharmaceuticals through color - unless the purity of this thing is very bad, worse than industrial purity. In most cases, the purity of pharmaceuticals needs to be determined through chemical analysis, which is another chemical test. Okay, kids