Reproduction of Music in Space.                                 El. Nachr. Techn. 4  (1927) 180

Remote Control Reading of Indicators by Means of El. Nachr. Techn.(1928) 217
High-frequency.

Concerning the Mechanism of Electron Oscillators. Ann.d. Phys. 86 (1928) 129

Telephone Operating on Extremely Short Waves. El. Nachr. Techn. 3 (1928) 268

Vacuum Tube Oscillator Extremely Short 	Ann.d.Phys. 86 (1928) 1062

Undampened Waves.

In the Mechanism of Electron Oscillations in a	Proc. I.R. Engr. 17 91929) 229

Triode.

The Production of the Shortest Elective Waves	ZS.f.Hochfr.= Zeit Schrift for Hochfrequenz Technick

with Electron Tubes.			33 (1929) 27, 66, & 10.

Over the Problem of Production of Shorter 	ElectricZS.f.Hochfr.

Waves by a Field Suppressor	 ("Bremsfelder")	33 (1929) 128

Frequency Feedback.			El. Nachr. Techn. 6 (1929) 253

Reversing of a Rectified Detector Current with 	Naturwissensch.

very High Frequencies.

Electronicoscillations in Grid-diodes.		ZS.F. Techn. Phys. 10 (1929) 424

The Retention of Electron Oscillation in a 	ZS.f.Techn. Phys.

Magnetic Field.				5 (1929) 377

The Electron Oscillator as a Negative Resistance	Zs.f.Hochf.

					34 (1929) 140

A Push-pull Oscillator for Electron Oscillations.	Phys. ZS

					31 (1930) 68

Producing of Shortest Electric Waves with 	ZS.f.Hochf.

Electron Tubes.				25 (1939) 27 & 80

Vibrations in Diolectrode Tubes with Positive 	Ann.d.Physi.

Grids.					5 (1930) 2 7

The Magnetron as a Negative Resistance.	Ann.d.Phys.8 (1931) 956

A Bridge Arrangement for Reverberation, 	El. nachr. Techn.

Measuring of Pure Tones.			8 91931) 387

Establishment of Non-periodic Occurrences with 	Arch.f.El.

the Cathode Ray Tube Oscillegraphs.		25 (1931) 689

Over Symmetrical Relaxation Oscillations and 	El.Nachr.Techn.

their Synchronization.			8 (1931) 449

Relaxation Oscillations of Interior Acoustics.	El. nachr. Techn.

					8 (1931) 494

A Self-registering Measuring Device for Interior	El. nachr. Techn.

Acoustics.				2 (1931) 559

The Braun Tube with very High-Frequencies.	ZS. f. Horchr.40 (1932) 87

Strohscopic Research with the Braun Tube.	ZS. f. Hochr.41 (1933) 53

The Ultradynamic Setting in Oscillations through	Sitz.Ber.d.Preuss. Akad.d.Wiss.Phys.

feeding back.				Math.Klasse VI. 1933

The reception of Ultrashort Waves with the Grid	ZS.f.Hochr.

leak Detector Diode.			42 (1933) 89

The push-pull Grid lock Detector brake as a 	ZS.f.Hochr.

Receiver for Decimeter Waves.		42 91933) 188

Self Activated Registration of the Heavy Side 	ZS. f.Hochf.

Layer.					19 (1933) 392

The Graph Compartor.			Elektrotechn. ZS. (1933) 343

The Retarding-field-tube as a Detector for any	Proc.Inst.R.Engrs.

Carrier Frequency.				22 (1934) 630

Oscillation Rectification with the grid lock	ZS.f.Hochr.

Detector brake.				43 91934) 131

The Performanceless Controlled grid Detector 	El.Nachr.Techn.

brake.					11 (1934) 3

Production and Employment of Shortest, 	ZS.f.Hochr.

undampened Electric Waves.			44 (1934) 37

The Magnetic Barkhausen-Effects with supersonic Naturwissen 	

Irradiation.				  Senaf. 23 (1935) 35

Physics and Techniques of Ultra Short Waves.	Berlin 1937

Interference-free three-fold Cardiographs.	ZS.f.Inst.Kunde 87 (1937) 117

New Electrocardiographic registering methods.	ZS.Inst.Kunde

Electron beams.				57 (1937) 117

The dynamics of cross and parallel controlled	ZS.f.Hochfr.

Electronic beams.				49 (1937) 109 & 195

The absolute Cardiogram.			ZS.f.Instr.Kunde 87 (1937) 295

Contraction Comprensation in Oscillograms with	ZS.f.Instr.Kunde

strongly changing rate of writing.		37 (1937) 202

Concerning the theory of Irradiation of Ancient	ZS.f.Instr.Kunde

 biological objects with Ultra-short Waves.	50 (1937) 81

New Electrocardiographic research methods.	ZS.f.Kreislaufforschg.

					29 (1937) 465 & 546

Sphere Transmitter.				ZS.f.Hochfr.

					30 (1937) 109

Photographic recording of Electrical Scientific	Naturwizschenshaft

radiation structure in the suppressed Wave	26 (1938) 95

Model chamber.

The Triograph.				Electronics Jan 1938. 28

Electric Stimulation of Human hearts in their	ZS.f.Techn.Phys.

separate beat rythms.			18 (1938) 155

Partial tuned Ultra wave Antennae.		ZS.f.Hochfr. 51 (1938) 195

The cross regulating of a Cathode beam under the El.Nachr.Techn.

allowance for dispersion.			 15 (1938) 145

Conductivity and dielectric constant of an 	Ann.d.Phys.

Electron stream.				ZS (1938) 459

The Cathode ray tube as an Ultra short wave 	El.Nachr.Techn.

voltage measuring device.			15 (1938) 242

The Inversion Spectrum of a Braun tube.	ZS.f.Techn.Phys. 19 (1938) 261

Oscillation Agitation through an electron beam 	ZS.f.Hochr.

in the field of a paralled plate condenser.	52 (1938) 94

The "Einthoven" Triangular scheme as a basis of	Klin.Wochenschr.

new electro-cardiographic research methods.	17 (1938) 1349

The "Einthoven" Triangular scheme as a basis of	ZS.f.Klin.Medic

new electro-cardiographic registration methods.	134 (1938) 732

Ultradynamic overloading of Cathode ray tubes.	ZS.f.Hochfr. 52 (1938) 125

The "Einthoven" Triangular scheme in agreement	Archivt.Kreislauf

with other leakage schemes.			forschung. 3 (1938) 191

The methods of production of Ultra-short waves.	ZS.f.Hochfr. 52 (1938) 181 & 209

The electron optical spectral-analysis of high	Natur.

frequency oscillations.			26 (1938) 742

Dynamic ballistics in the Cathode ray tube.	ZS.f.Techn.Phys. 19 (1938) 475

The grid control of a Cathode beam in multiple	El.nachr.Techn.

phase fields.				15 (1938) 336

The overload spectrum of a Braun Tube.	ZS.f.Techn.Phys. 20 (1939) 80

Multiple phase rector diagram and it's practical	ZS.f.Techn.Phys.

employment in the electrocardiograph.		20 (1939) 83

Ultradynamic Lissajuet-figures.		ZS.f.Hochfr. 54 (1939) 18

Physiological relaxation-oscillators.		ZS.f.Hochfr. 54 (1939) 18

The power Turn-over by the cross control of a	ZS.f.Techn.Phys.

cathode-ray beam in the ballistic model.		20 (1939) 340

Micro-waves Oscillography.			ZS.f.Hochr. 54 (1939) 188

Ballistic models of controlled-Electricity, 	ZS.f.Hochfr.

velocity instruments.			54 (1940) 73

Ultra-high frequency oscillography.		Proc.Inst.R.Engrs. 23 (1940) 213

Concerning the theory of drift tubes.		ZS.f.Hochfr. 56 (1940) 181

Oscillation through multistage,  lineau		ZS.f.Hochfr.

response-delay.				57 (1941) 10

Cross-control tubes with transversal field	ZS.f.Hochfr.

of activity.				57 (1941) 33

Ultra short wave apparatus with velosity	Fortschritte der 

compression				RF-Techn. 2d.I 432

The holding back of cathod ray tubes in the	Fortschritte der 

compression ions of velocity.			RF-Techn. Part 1of 3

Theorostacil and experimental investigation of	ZS.f.kreislaufforschung

electron motions in alternating fields.		33 (1941) 480

The determination of the electric heart axis.	ZS.f.Kreislaufforschung 33 (1941) 480

Cross control tubes with longitudinal fields of	ZS.f.Hochfr.

activity.					39 (1942) 23

Production and amplification of decimeter and	Tel. Und Fernsprech. Tech.

centimeter waves.				31 (1942) Heft 11 & 12 u. 32 (1942) Heft 2 & 3.

Concerning the theory of drift tubes.		Fortschritte der EF-Tech.

Concerning the theory of controlled velocity 	ZSB-Benchl.

tubes with selected voltage (D.Maxing).		nr. 1401

Receiver for decimeter and centimeter waves.	Bericht Nr. 2 der Forshg. Grs.f.

					Rundfunk Tonfilm Techn.

Investigations with freely suspended, hanging	Jahart.140 d.dtrah.Luftfahrtfors

magnetic bodies.				 chg. 11 (1944) 145.ZSB-Bericht Nr.1914.

Towards the theory of controlled period tubes

with extended control and activity fields.