Using Split

To use the Split feature to split a document window horizontally into two windows, select an entire row as if you were going to insert a row. Then choose Split from the Window menu. This creates a split in the window, above the selected row, with each part of the window displaying the active document. Each part of the document now has its own scroll bar, and you can scroll one part of the document while the other part remains fixed. A vertical split is accomplished in the same way. 

You can also split the document window by placing the mouse pointer on either split button (the small rectangles at the right end of the horizontal scroll bar and at the top of the vertical scroll bar), then click and drag the button. 

To remove a split, choose Remove Split from the Window menu, or slide the split button back to its original position. 

Excel Tip. To remove a split from a window, it s not necessary to slide the split button back to its original position at the top or left-hand side of the scroll bar. Just place the pointer on the split button and double-click. 

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Figure 13. Vibrational levels for the first-excited electronic state of HD2 calculated [8] using split basis (SB) technique with A(R) = tp/2 coordinate-transformation (CT) treatment with A(R) — tp/2 Eq. (A. 14) with A (R) — y(p, 9, tp). Shown by the longer line segments are the levels assuming different values in two sets of calculations.

Long Time Step MD Simulations Using Split Integration Symplectic Method ... 

Using splitting schemes of the exponential function allows for a generation of numerical integrators. For example [24, 22] ... 

To analyze pesticides from the sample, several GC techniques were used GC with FID and EC detectors and GC/MS with external standards. Pesticides are mostly analyzed using split/splitless technique where higher amount of injected solution exits the gas chromatograph without decomposing therefore by quantification of the several pesticides in the filter, we found out how harmful is exposing analysts to pesticide compounds during the GC analysis. 

Limit temperature of heating medium Use split heating/cooling system to eliminate heat transfer to unwetted surface Heat with sparged steam/tempered water Avoid splashing of material onto unwetted heating surface... 

This article discusses a pilot plant to test the feasibility of a chemical recycling process for PU foam developed by ICI. The plant, which is in Hertfordshire, UK, will be opened in October 1998. It uses split-phase glycolysis for recycling. Full details are given. 

The comparison of the effectiveness of different tumor markers (old versus new) for a given malignancy should be carried out using split samples from both patients and healthy control subjects (Table 4). Several different decision levels could be used to establish an interpretive scale instead of using a single point. How to establish the decision levels is described in the following ... 

The sequence of meal consumption was determined by random assignment of diets to subjects. Statistical analysis was performed by a General Linear Models Procedure (20) using split-plot in time analysis with the following non-orthogonal contrasts ... 

Cover with a plastic bag to maintain high humidity. Use split canes or wire hoops to construct a frame to support the bag so that cuttings do not touch it and rot. 

IG and 6-3IG. These are commonly used split-valence plus polarization basis sets. These basis sets contain inner-shell functions, written as a linear combination of six Gaussians, and two valence shells, represented by three and one Gaussian primitives, respectively (noted as 6-3IG). When a set of six d-type Gaussian primitives is added to each heavy atom and a single set of Gaussian p-type functions to each hydrogen atom, this is noted as and... 

Coupling through four or more bonds is significant for compounds with double or triple bonds. Examples of these so-called long-range couplings and some other useful splitting values follow ... 

Reynolds, P.H.S., Boland, M.J., McNaughton, G.S., More, R.D. Jones, W.T. (1990). Induction of ammonium assimilation leguminous roots compared with nodules using split root system. Physiologia Plantarum 79, 359-67. 

The column effluent was collected in 0.20 pore volume increments by a Spectra/Chrom fraction collector. The column effluent was categorized as one of the following liberated free phase hexadecane, micellarly solubilized hexadecane, or microemulsified middle phase hexadecane. One column effluent sample contained all three phases, where the micellarly solubilized hexadecane was the most dense bottom phase, free phase hexadecane was the least dense top phase, with the microemulsified middle phase in between. Effluent samples of liberated free phase hexadecane were separated from both micellarly solubilized hexadecane and microemulsified middle phase hexadecane, and subsequently quantified with a graduated vial to within 0.01 ml. Micellarly solubilized hexadecane was separated from microemulsified middle phase hexadecane, and both were diluted with methanol to a concentration below 500 mg/L which is in the linear region of the Varian 3300 GC using split injection and FID detection. 

Fig. 5. (Opposite page) Polymerase chain reaction (PCR)-based expression of cDNA information using conventional method (A) and a new strategy using split-type primers (B). a. Design of the split-type primers for the introduction of the required UTRs into cDNA sequences, b and c. Expected PCR-generated DNAs and mRNA, respectively, d. PCR-generated DNA. e. A 10-pL aliquot from aPCR sample was used forthe 100-pL transcription reaction, and transcripts were analyzed, f. All of the transcript was used for batch-mode translation (50 pL, 4 h), and products were analyzed by autoradiography. (From ref. 36a.)...

M 60] [P 54] SAR flow splitting can be performed using split channels or done inline in one channel. Concerning the quality of flow splitting in the latter case, CFD simulations were performed on the example of a so-called caterpillar micro mixer [7]. 

Kehat and Shacham ( 6) used split fraction models to estimate the Jacobian when the Newton-Raphson method is used to solve Equation (1). The authors concluded that their method is very efficient for systems with more than one tear stream and when there is only a weak interaction between variables in the tear stream. 

Ramsey et al. used split cell experiments to study the effect of chromates on inhibition of the anodic and cathodic reactions using Cu, Al, and Al alloy 2024-T3 in near-neutral chloride solutions (41). Split cell experiments involving... 

Using split injection mode, inject 1 to 5 xL of the standards into the chromatograph. Determine the peak areas by electronic integration. Plot peak area against concentration for each analyte corrected for the blank to construct a standard curve. Determine the concentration of additives and byproducts by comparison to the standard curve. The sum of the concentrations of the impurities and stabilizers is less than 1.0%. The order of elution and approximate retention times, in minutes, are as follows methyl chloride 2.8 vinyl chloride 3.0 ethyl chloride 3.5 propylene oxide 4.1 2-methyl-2-butene 4.5 vinylidene chloride 4.6 dichloromethane 5.3 trans-1,2-dichloroclhylene 5.9 chloroform 8.7 cyclohexane 10.5 and carbon tetrachloride 12.0. 

It is acceptable to use split infinitives to avoid awkwardness or ambiguity. 

High tray efficiency is achieved when all the contactor units are delivering gas uniformly into liquid that is evenly distributed over the entire tray surface. The beneficial effects of a liquid concentration gradient are obtained if liquid crossflow is used, where the liquid enters on one side of the tray and makes one pass across the tray. For tower diameters larger than 4 ft, better liquid distribution and less change in liquid head can often be achieved by using split flow, radial flow, or cascade flow, as illustrated in Fig. 16-5. 

Gas Chromatographic Conditions. All analyses were performed on a Hewlett Packard 5890 GC equipped with a 5970 Mass Selective Detector or a Hewlett Packard 6890 GC equipped with a Nitrogen Phosphorous Detector (Hewlett Packard, Inc., Avondale, PA). A DB 35 (35% phenyldimethylpolysiloxane), 30 m x 0.25 mm ID X 0.25 [im column (J W Scientific, Inc., Folsom, CA) was used for all analyses. Carrier gas was helium at a linear velocity of 30 cm/sec. Samples were analyzed using split injections (split ratio = 30 1) with injector and detector (NPD) temperatures of 260°C and 250°C, respectively. Oven temperature programming was as follows initial temperature of 80°C for 1 min increase temperature at 3.5°C/min to 115°C increase at 15°C/min to 180°C increase at 60 C/min to 190°C hold at 190°C for 6 min. 

Automated Synthesis of Linear Peptides Using Split- and Pool-Synthesis (34)... 

A DV-Xa calculation for a S04 cluster of Td symmetry B DV-Xa calculation for a Li8S04 cluster embedded into the potential field of neighboring ions C all electron "ab initio" calculation using split valence (6-3IG ) GTOs as basis. Note that the experimental values presented here arc referenced to the Fermi level, so the work fimction of the sample material (ca 3-4 eV) should be subtracted for the correct comparison with the theoretical data being referenced to the vacuum level. 

G - ab initio HF calculation using split-valence contracted Gaussian basis set with polarization functions,... 

A DV-Xa calculation for a S04 cluster B all electron "ab initio" calculation for a S04 cluster using split valence GTOs basis set (6-3IG )... 

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