Printing computer

Drying oils Extender/extender pigment Hiding power Lacquer 

Materials added to a paint or coating in small amounts and with varying purposes. 

Substance that binds pigment particles to each other and the substrate. May also be the solvent or vehicle of a colorant solution 

Triglyceride compounds that form a coating via oxidation also used as precursors to varnishes A pigment added to a colorant to alter its final appearance as well as reduce manufacturing costs 

A protective topcoat that dries by evaporation of the solvent. Lacquers do not polymerize but they may be polymers. 

---

Fig. 2. Amino acid analysis by automated ion-exchange chromatography. Standard column, 4.6 mm ID x 60 mm Ninhydrin developer. Computer print out indicates retention time (RT), height and area of peaks, and the ratio of the height of an amino acid in the sample to the height of a standard amino acid.

Samples Analyzed by Inductively Coupled Plasma (ICP) Metals — Where two or more of the following analytes are requested on the same filter, an ICP analysis may be conducted. However, the Industrial Hygienist should specify the metals of interest in the event samples cannot be analyzed by the ICP method. A computer print-out of the following 13 analytes may be typically reported Antimony, Beryllium, Cadmium, Chromium, Cobalt, Copper, Iron, Lead, Manganese, Molybdenum, Nickel, Vanadium, Zinc. Arsenic — Lead, cadmium, copper, and iron can be analyzed on the same filter with arsenic. 

When a process disturbance occurred, the plant computer printed a long list of alarms. The operator did not know what had caused the upset and he did nothing. After a few minutes an explosion occurred. Afterwards, the designer admitted that he had overloaded the user with too much information. 

The computer print-out of good results is presented in Table 10-23. A brief interpretation of the result follows ... 

As one might expect, computer data processing is an expensive adjunct to a liquid chromatograph and the more sophisticated reporting systems can be very expensive. An example of a computer print-out of... 

Figure 2. An example of typical computer print out showing (a) the histogram of pixel frequency versus intensity with values of maximum and minimum intensity (b) adjusted raw data image (c) binary image and (d) calculated stereological parameters.

Type your essay and any other information that is allowed to be submitted on another sheet of paper on the computer. Print it out after it has been edited and proofread, then attach it to your paper application. Note in the appropriate box that your essay is attached. ... 

If the program is run on a Macintosh computer, then it will start processing immediately. However, it will obviously not complete the program until the last entry is made (the value of the extra column dispersion). The data is entered sequentially on request from statements given on the computer screen. On completion, the results are sent to the printer and an example of a computer print out is given below. ... 

In conclusion, the general point of view is put forward that molecules act as self-dedicated computers , printing out measurement data which provide complete, self-consistent and completely correlated solutions of the Schrodinger equation10,11. The follow-up Shakespearean question, whether to measure or to calculate, which arises from the rapid development of both the measurement techniques as well as of numerical quantum mechanics, is best answered with reference to how successful and stimulating the combination of the two proves to be. 

About fifteen years ago I was applying a leading and very well known literature correlation as part of my graduate thesis. 1 punched in keys and the computer printed out results. For some reason the results did not look right. Upon investigation, I discovered the unbelievable the correlation just did not work for my case. Not that the correlation was bad over many years, it gained a very healthy reputation. It just happened that it had limitations, just like every other correlation. The limitations of this correlation were fairly well explored, but a quarter of a century after it was derived, I found the hard way that it had one more limitation which remained hidden over all these years. 

In our effort to collect the appropriate data and develop the requisite understanding of geochemical processes, we have developed some adjunct computer programs. These include AACALC (Atomic Absorption and emission spectrometry CALCulation), EQLIST (Equilibrium computation LISTing), and EQPRPLOT (Equilibrium computation PRinting and PLOTing). AACALC (FORTRAN) reduces atomic absorption or emission spectrometry data to concentrations, EqLIST (PL/1) constructs tables from the WATEqZ (input) card file, and EqPRPLOT (FORTRAN) constructs ratio and scatter plots of dissolved constituents, activity products (AP), or activity product to solubility product ratios (AP/K) via computer terminal printer or tape-driven plotter. 

Examine all results carefully - do not accept everything the computer prints out/displays. Question the results yourself - do they make sense If not recheck your initial data entry. 

Figure 1.16. Computer print of mas. s chromatograms of significant ions in the analysis of a steroid disulphate fraction of plasma from a patient with choriocarcinoma (reproduced from...

When a computer prints to a laser printer, it sends a signal through a cable to the printer controller assembly. The controller assembly formats the information into a page s worth of line-by-line commands for the laser scanner. The controller sends commands to each of the components telling them to wake up and start the EP print process. 

In the work of Zhang and Sparks (1989), a Dia-log p-jump apparatus and conductivity detector were employed (Fig. 3-4). A digitizer is triggered upon the pressure release and membrane burst and the changes in conductivity of the suspension are monitored. The signals are digitized and then sent to a microcomputer. The results of the relaxation can be read from the computer print-out and displayed on an oscilloscope. 

Lucas SV. 1984. GC/MS (gas chromatography/mass spectrophotometry) Analysis of organics in drinking water concentrates and advanced waste treatment concentrates, Vol. 2 Computer-printed tabulations of compound identification results for large-volume concentrations. Battelle Laboratories, Columbus, OH for U.S. Environmental Protection Agency, Office of Research and Development, Health Effects Research Laboratories, RTP, NC. Report No. EPA -600/1-84-020A. 397. 

Using a computer model developed from solution equilibrium techniques discussed by Lindsay [4], analytical data were used to calculate the activities and molarities of 29 species in solutions recovered from the coquina columns. A typical computer print-out shown in Figure 1 lists the solution species as well as their activities and molarities. The resulting data were used to interpret the effects of initial pH, ionic strength, acid rain composition and column length on degradation of coquina. 

Issued documents should not be handwritten. Reproduced or computer-printed documents should be clear and legible in the case of batch documents each should be initialled to indicate a verified issue. 

---