B. Niederhauser

发表

International comparison CCQM-K46: Ammonia in nitrogen

D. N. Selukov, M. Cox, Sangi Lee, 2010 .

The importance of cylinder passivation chemistry for preparation and long-term stability of multicomponent monoterpene primary reference materials

N. Allen, D. Worton, P. Brewer, 2018 .

The importance of cylinder passivation for preparation and long-term stability of multicomponent monoterpene primary reference materials

N. Allen, D. Worton, P. Brewer, 2018, Atmospheric Measurement Techniques.

Two generators to produce SI-traceable reference gas mixtures for reactive compounds at atmospheric levels

D. Leuenberger, M. Guillevic, B. Niederhauser, 2017 .

Compact devices for generation of reference trace VOC mixtures: a new concept in assuring quality at chemical and biochemical laboratories

G. Sassi, M. Sassi, A. Demichelis, 2018, Analytical and Bioanalytical Chemistry.

Supplementary In-situ measurements of NH 3 : instrument performance and applicability

C. Braban, A. Berkhout, M. Sutton, 2022 .

Effect of moisture on the adsorption of ammonia

L. Halonen, O. Vaittinen, M. Metsälä, 2018, Applied Physics B.

Towards an understanding of surface effects: testing of various materials in a small volume measurement chamber and its relevance for atmospheric trace gas analysis

M. Leuenberger, B. Niederhauser, C. Pascale, 2019, Atmospheric Measurement Techniques.

Investigation of adsorption and desorption behavior of small-volume cylinders and its relevance for atmospheric trace gas analysis

M. Leuenberger, B. Bereiter, B. Niederhauser, 2019, Atmospheric Measurement Techniques.

Air pollution monitoring: development of ammonia (NH₃) dynamic reference gas mixtures at nanomoles per mole levels to improve the lack of traceability of measurements

M. Iturrate-Garcia, S. Vaslin-Reimann, B. Niederhauser, 2022, Atmospheric Measurement Techniques.

NO・NO2・SO2較正ガス混合体発生のための希釈・浸透標準

K. Wirtz, J. Waldén, B. Niederhauser, 2017 .

No Rationale for a Redefinition of the Mole

S. Wunderli, U. Feller, B. Niederhauser, 2009 .

Intercomparison of in situ measurements of ambient NH3: instrument performance and application under field conditions

C. Braban, A. Berkhout, M. Sutton, 2022, Atmospheric Measurement Techniques.

Metrology for ammonia in ambient air – concept and first results of the EMRP project MetNH3

C. Braban, V. Ebert, A. Pogány, 2015 .

A metrological approach to improve accuracy and reliability of ammonia measurements in ambient air

C. Braban, V. Ebert, A. Pogány, 2016 .

International comparison CCQM-K116: 10 μmol mol-1 water vapour in nitrogen

P. Brewer, T. Shimosaka, A. V. D. Veen, 2018 .

International comparison CCQM-K51: Carbon monoxide (CO) in nitrogen (5 µmol mol−1)

P. Gupta, M. Gerboles, S. Musil, 2010 .

Dynamic–gravimetric preparation of metrologically traceable primary calibration standards for halogenated greenhouse gases

S. Reimann, M. Vollmer, D. Leuenberger, 2018, Atmospheric Measurement Techniques.

Air pollution monitoring: Development of ammonia (NH3) dynamic reference gas mixtures at nmol/mol levels for improving the lack of traceability of measurements

M. Iturrate-Garcia, S. Vaslin-Reimann, B. Niederhauser, 2022 .

Final report on international comparison EURO.QM-S5/1166: Carbon dioxide mixtures in nitrogen

Bernhard Niederhauser, Gonçalo Baptista, Cristiane Rodrigues Augusto, 2013 .

Comparison of the primary low gas flow standards between MIKES and METAS

Sampo Sillanpää, B. Niederhauser, Martti Heinonen, 2006 .

1 A metrological approach to improve accuracy and reliability of ammonia 1 measurements in ambient air 2

C. Braban, V. Ebert, A. Pogány, 2016 .

Units and values for the ozone absorption cross section at 253.65 nm (air) with appropriate significant digits and rounding for use in documentary standards

R. Wielgosz, B. Niederhauser, J. Hodges, 2022 .