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Results: 1-4 |
Results: 4
TIMES TO EXHAUSTION AT 90, 100 AND 105-PERCENT OF VELOCITY AT VO2 MAX(MAXIMAL AEROBIC SPEED) AND CRITICAL SPEED IN ELITE LONGDISTANCE RUNNERS
Authors: BILLAT V RENOUX JC PINOTEAU J PETIT B KORALSZTEIN JP
Citation: V. Billat et al., TIMES TO EXHAUSTION AT 90, 100 AND 105-PERCENT OF VELOCITY AT VO2 MAX(MAXIMAL AEROBIC SPEED) AND CRITICAL SPEED IN ELITE LONGDISTANCE RUNNERS, Archives of physiology and biochemistry, 103(2), 1995, pp. 129-135
HYPOXEMIA AND TIME TO EXHAUSTION AT MAXIM AL OXYGEN-UPTAKE IN LONG-DISTANCE RUNNERS
Authors: BILLAT V RENOUX JC PINOTEAU J PETIT B KORALSZTEIN JP
Citation: V. Billat et al., HYPOXEMIA AND TIME TO EXHAUSTION AT MAXIM AL OXYGEN-UPTAKE IN LONG-DISTANCE RUNNERS, Canadian journal of applied physiology, 20(1), 1995, pp. 102-111
TIMES TO EXHAUSTION AT 100-PERCENT OF VELOCITY AT VO2MAX AND MODELINGOF THE TIME-LIMIT VELOCITY RELATIONSHIP IN ELITE LONG-DISTANCE RUNNERS
Authors: BILLAT V RENOUX JC PINOTEAU J PETIT B KORALSZTEIN JP
Citation: V. Billat et al., TIMES TO EXHAUSTION AT 100-PERCENT OF VELOCITY AT VO2MAX AND MODELINGOF THE TIME-LIMIT VELOCITY RELATIONSHIP IN ELITE LONG-DISTANCE RUNNERS, European journal of applied physiology and occupational physiology, 69(3), 1994, pp. 271-273
REPRODUCIBILITY OF RUNNING TIME TO EXHAUSTION AT VO2MAX IN SUBELITE RUNNERS
Authors: BILLAT V RENOUX JC PINOTEAU J PETIT B KORALSZTEIN JP
Citation: V. Billat et al., REPRODUCIBILITY OF RUNNING TIME TO EXHAUSTION AT VO2MAX IN SUBELITE RUNNERS, Medicine and science in sports and exercise, 26(2), 1994, pp. 254-257
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