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Harold Pinter
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One for the Road
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Úton
A harmadik alkalom, hogy Kortárs Írók Antológiája jelenik meg a szerkesztésünkben. A Tandori Dezső művész társaságnál küldetésünknek tekintjük, hogy támogassuk csoportunk tagjait megjelenésekkel. Nat Roid címmel havi magazin jelenik meg elektronikus formában, ahol csoporttagjaink írásait közöljük. Ezen felül alkalmanként antológiát is készítünk, talán mindannyiunk nagy örömére. Jelen antológia az út, utazás köré épülő novellákat tartalmaz. Remélem örömmel olvassa minden érdeklődő. Mivel sok illusztráció érkezett és egyet sem szerettünk volna kihagyni, így egy melléklet formájában mindegyik bekerül a kötetbe. Tisztelettel köszönjük a részvevők munkáját! Erdős Sándor szerkesztő
Pinter: playione
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That's Your Trouble
Two men in a park engage in a heated discussion about where a man carrying a sandwich board will feel the strain first - and most.'That's Your Trouble', together with four other Pinter sketches, was first presented on BBC Radio on the Third Programme between February and March 1964.
Pinter
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That's All
Harold Hobson said of this sketch that 'it sings, often beautifully, of how love came and worked its transfiguration and then went away.' 'That's All', together with four other Pinter sketches, was first presented on BBC Radio on the Third Programme between February and March 1964.
Investigation Into the Effects of Microsecond Power Line Transients on Line-connected Capacitors
An investigation was conducted into the effect of power-line transients on capacitors used by NASA and installed on platform primary power inputs to avionics. The purpose was to investigate whether capacitor voltage ratings needs to be derated for expected spike potentials. Concerns had been voiced in the past by NASA suppliers that MIL-STD-461 CS06-like requirements were overly harsh and led to physically large capacitors. The author had previously predicted that electrical-switching spike requirements representative of actual power-line transient potentials, durations, and source impedance would require no derating. This investigation bore out that prediction. It was further determined that traditional low source impedance CS06-like transients also will not damage a capacitor, although the spikes themselves are not nearly as well filtered. This report should be used to allay fears that CS06-like requirements drive capacitor voltage derating. Only that derating required by the relatively long duration transients in power quality specification need concern the equipment designer.
Labnyomok
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