Preface; pp. 275–275

Thomas Johann Seebeck (1770–1831); pp. 276–282

On the role of T. J. Seebeck in the discovery of the photoelastic effect in glass; pp. 283–294

Determination of the time behaviour of thermocouples for sensor speedup and medium supervision; pp. 295–309

Precise temperature measurement above 1000 °C using thermocouples; pp. 310–319

In-situ calibration of inhomogeneous thermocouples by integrated miniature fixed-point cells; pp. 320–337

Seebeck’s effect in micromachined thermopiles for infrared detection. A review; pp. 338–353

Formation of nanometerscale layers of V-VI (Bi2Te3-related) compounds based on amorphous precursors; pp. 354–362

Applications of fibre optic temperature measurement; pp. 363–378

High-precision measurement of absolute temperatures using thermistors; pp. 379–383

A new instrument for remote sensing of thermal anomalies, based on minimal thermal change detection; pp. 384–393

Advanced laser speckle techniques characterize the complex thermomechanical properties of thin multilayered structures; pp. 394–408

Calibration-free temperature measurement by p-n junctions with varied current; pp. 409–422

Correlation between hardening depth and thermal parameters based on photothermal measurements; pp. 423–435

Application of infrared thermography in civil engineering; pp. 436–444

Comparison of turn-on characteristics of thyristor structures based on wide bandgap materials; pp. 445–454

Smart sensor systems using impedance spectroscopy; pp. 455–478

Appendix I. To Thomas Johann Seebeck: with respect and gratitude; pp. 479–481

Appendix II. Miniaturized thermal generators; pp. 482–487

From the Editorial Board; pp. 488–488