Rendiconti della Scuola internazionale di fisica "Enrico Fermi." |
Contents
A BRAY The evolution of metrology during the last decade Intro | 1 |
Intercomparison between a cryogenic radiometer and the electron stor | 6 |
The standards of electriccurrent intensity tension and resistance | 8 |
Channelling atoms in a laser standing wave | 14 |
an overview | 22 |
Unit systems and natural units | 36 |
Our changing unit system | 43 |
Quantum standards | 54 |
CROVINI The development of the International Temperature | 297 |
Thermodynamic temperature measurements | 304 |
75 | 305 |
77 | 322 |
K GROHMANN The metrology of temperature below 1 | 329 |
J E MARTIN Cryogenic radiometry | 361 |
Application to atomicbeam slowing | 409 |
Laser cooling of bound particles | 428 |
The inverse square | 73 |
Conclusion | 82 |
The weak principle of equivalence | 83 |
Electrical tuning | 132 |
The crosssection and the effective temperature | 139 |
Noise sources in weighing | 195 |
Detector noise in the displacement transducer | 204 |
E BRAUN The quantum Hall effect | 211 |
73 | 256 |
249 | 257 |
Introduction | 259 |
Junction design | 273 |
Array design | 283 |
83 | 439 |
Conclusion | 450 |
85 | 453 |
Y S DOMNIN Laser frequency stabilization and measurement | 457 |
90 | 489 |
5 | 498 |
The scanning | 537 |
94 | 562 |
K CARNEIRO L LITHÉN MADSEN and L NIELSEN Metrology appli | 583 |
Foreword | 605 |
Precision components and subsystems important for advancedtechnol | 619 |
Highprecision grinding of advanced ceramics | 637 |
Copyright | |