BS ISO 17560:2002
$102.76
Surface chemical analysis. Secondary-ion mass spectrometry. Method for depth profiling of boron in silicon
Published By | Publication Date | Number of Pages |
BSI | 2002 | 20 |
PDF Catalog
PDF Pages | PDF Title |
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3 | TitlePage – Surface chemical analysis�— Secondary-ion mass spectrometry�— Method for depth profil… |
5 | TableofContent – Contents Page |
6 | Foreword – Foreword |
7 | Introduction – Introduction |
9 | Scope – 1��� Scope NormativeReference – 2��� Normative reference Clause1 – 3��� Symbols and abbreviated terms |
10 | Clause1 – 4��� Principle Clause1 – 5��� Reference materials Subclause2 – 5.1��� Reference materials for determination of relative-sensitivity factors Subclause2 – 5.2��� Reference materials for calibration of depth scale Clause1 – 6��� Apparatus Subclause2 – 6.1��� Secondary-ion mass spectrometer Subclause2 – 6.2��� Stylus profilometer Subclause2 – 6.3��� Optical interferometer |
11 | Clause1 – 7��� Specimen Clause1 – 8��� Procedures Subclause2 – 8.1��� Adjustment of secondary-ion mass spectrometer UntitledSubclause3 – 8.1.1��� For oxygen-ion beam use, see UntitledSubclause3 – 8.1.2��� For the primary-ion beam, the beam current and scan region can be v… Subclause2 – 8.2��� Optimizing the secondary-ion mass spectrometer settings UntitledSubclause3 – 8.2.1��� Set the required instrument parameters and align the ion optics in … UntitledSubclause3 – 8.2.2��� Ensure the stability of the primary-ion current and the mass spectr… UntitledSubclause3 – 8.2.3��� For a mass spectrometer whose transmission can be varied, use the s… |
12 | Subclause2 – 8.3��� Specimen introduction Subclause2 – 8.4��� Detected ions UntitledSubclause3 – 8.4.1��� When an oxygen-ion beam is used, both UntitledSubclause3 – 8.4.2��� The ion species of silicon which has an appropriate ion intensity s… Subclause2 – 8.5��� Measurement of test specimen UntitledSubclause3 – 8.5.1��� Measurements shall be made in the central region of the specimen ho… UntitledSubclause3 – 8.5.2��� The primary-ion beam current and the beam scan area shall be chosen… UntitledSubclause3 – 8.5.3��� The secondary-ion intensities of boron and silicon shall be measure… |
13 | Subclause2 – 8.6��� Calibration Subclause3 – 8.6.1��� Determination of relative-sensitivity factor Subclause3 – 8.6.2��� Calibration of depth scale by stylus profilometry UntitledSubclause4 – 8.6.2.1��� Calibrate the stylus profilometer for crater depth measurements u… UntitledSubclause4 – 8.6.2.2��� Measure the crater depth Subclause3 – 8.6.3��� Calibration of depth scale by optical interferometry UntitledSubclause4 – 8.6.3.1��� Measure the crater depth UntitledSubclause4 – 8.6.3.2��� Detailed procedures for measurement of interference fringes shall… UntitledSubclause4 – 8.6.3.3��� The crater depth shall be obtained using the following formula: |
14 | Clause1 – 9��� Expression of results UntitledSubclause2 – 9.1��� Ion intensity ratios of boron to silicon shall be determined for each… UntitledSubclause2 – 9.2��� The boron atomic concentration of the test specimen shall be determin… UntitledSubclause2 – 9.3��� When necessary, the background intensity of boron shall be subtracted… UntitledSubclause2 – 9.4��� The depth for measurement cycle UntitledSubclause2 – 9.5��� When the total number of measurement cycles UntitledSubclause2 – 9.6��� When graphical expression of the results is necessary, Clause1 – 10��� Test report |
16 | AnnexInformative – Statistical report of stylus profilometry measurements Clause1 – A.1��� Introduction Clause1 – A.2��� Design of test programme Clause1 – A.3��� Test specimen Clause1 – A.4��� Procedure of stylus measurement Clause1 – A.5��� Statistical procedures Subclause2 – A.5.1��� Scrutiny for consistency and outliers Subclause2 – A.5.2��� Computation of repeatability and reproducibility |
17 | Clause1 – A.6��� Results of statistical analysis UntitledSubclause2 – A.6.1��� The results of the statistical analysis are given in |
18 | Bibliography – Bibliography |