Energized characters

Different writers will speak of intentional or energized characters. It doesn t matter which term you use. What is important is that there be a palpable internal quality that pushes your character in a particular direction. This drive is as important to your story as the dominant behavioral or physical qualities you have given your character. The drive is the fuel for the plot. Without it your character is passive, acted upon rather than reacted to. A passive character can work in a short film, but by choosing such a character, you flatten the conflict and position your character as much as an observer as a participant. The result can be counterproductive in dramatic terms. The active, obsessed main character is more useful in the narrative. Once the plot begins, there is a natural tension between plot and character that will carry the audience easily through the story. 

In an enzyme the metal atom (or other attacking group) can be put into a geometric or electronic state so as to enhance its acidity (e.g., zinc in carbonic anhydrase). The energization is connected to the fold of the protein and thus fold changes, small in character, can modulate the... 

TABLE 1 Relative energes (in eV) of the lowest 3d" states in bulk TMO (TM=Ni. Co, Mn) obtained by CASSCF and CASPT2. The active space is formed by the TM-3d orbitals and a set of correlating virtuals with the same symmetry character CASPT2 correlates the TM-3s, 3p, 3d electrons and the 0-2s, 2p electrons... 

Finally, the benefits of humor in the narrative accrue more readily when the main character is a comic character. The result may be charm, or it may be biting satire. In either case, the comic character tends to energize the narrative in a variety of positive ways. 

A note on Character by choosing a murder story-frame, Van Diem catapults us into the story. The strategy energizes what would otherwise have followed a slower chronological structure. 

Limitations include current attenuation in long sections of wire. Uneven current distribution results in premature localized anode degradation, especially near the connection to a single current feed point. Multiple feed points improve the current distribution and provide system redundancy in the event of excess local anode dissolution. Current ripple effects, especially at low frequencies, should be avoided. The substrate materials are at risk to hydrogen damage if these anodes assume a cathodic character outside of their normal operational fimction (for example, if the system is de-energized). 

The elemental potential, U, is a free energy function whose specific functional form and relative energic to entropic character are determined by the particular elements under consideration. The exact differential of... 

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