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Table 4. The beginning and end time.PNG
Table 4. The beginning and end time.PNG
Nov 22, 2018 - Effect of Seed Maturity and Storage Duration on Germination of Sambiloto (Andrographis paniculata)
PNG Image - 21.9 KB - MD5: 0ed540e66a48138fb65e76c1a2bc8aea
Data
The beginning and end time of seed germination of sambiloto (Andrographis paniculata (Burm.f.) Nees) on the seed maturity treatments
Gambar 1. Stasiun Pengamatan di Estuari Cisadane.PNG
Gambar 1. Stasiun Pengamatan di Estuari Cisadane.PNG
Nov 22, 2018 - Produktivitas Primer Estuari Sungai Cisadane Pada Musim Kemarau
PNG Image - 128.2 KB - MD5: 7a10a84967e837d0222c7a380f06c076
Data
Gambar 1. Stasiun Pengamatan di Estuari Cisadane, Tanjung Burung, Tangerang
Gambar 2. Kelimpahan dan Komposisi Fitoplankton.PNG
Gambar 2. Kelimpahan dan Komposisi Fitoplankton.PNG
Nov 22, 2018 - Produktivitas Primer Estuari Sungai Cisadane Pada Musim Kemarau
PNG Image - 102.9 KB - MD5: ec0b556b351f2d6740f9397588c2c63a
Data
Gambar 2. Kelimpahan dan Komposisi Fitoplankton pada Dua Stasiun Pengamatan di Estuari Cisadane (2008)
Tabel 1. Kualitas Air Estuari Cisadane pada Saat Pengamatan.PNG
Tabel 1. Kualitas Air Estuari Cisadane pada Saat Pengamatan.PNG
Nov 22, 2018 - Produktivitas Primer Estuari Sungai Cisadane Pada Musim Kemarau
PNG Image - 77.4 KB - MD5: e6df23d4aace63d49913d8ffb20be556
Data
Tabel 1. Kualitas Air Estuari Cisadane pada Saat Pengamatan (2008)
Tabel 2. Produktivitas Primer di Estuari Sungai Cisadane.tab
Nov 22, 2018 - Produktivitas Primer Estuari Sungai Cisadane Pada Musim Kemarau
Tabular Data - 772 B - 9 Variables, 18 Observations - UNF:6:lE43d5hfV0OF+vuGr23cUQ==
Data
Tabel 2. Produktivitas Primer di Estuari Sungai Cisadane Selama Penelitian
Tabel 3. Produktivitas Primer di Beberapa Estuari dan Teluk di Indonesia.xlsx
Nov 22, 2018 - Produktivitas Primer Estuari Sungai Cisadane Pada Musim Kemarau
MS Excel Spreadsheet - 9.2 KB - MD5: 3a91a3fabf04e2fc035662656dd1b415
Data
Tabel 3. Produktivitas Primer di Beberapa Estuari dan Teluk di Indonesia
Figure 1 Top view (left) and cross section (right) SEM images of 2 wt% fluorine doped thin films fabricated at a substrate heating temperature of 300°C and 20 minute deposition time, with precursor and solvent variations.JPG
Figure 1 Top view (left) and cross section (right) SEM images of 2 wt% fluorine doped thin films fabricated at a substrate heating temperature of 300°C and 20 minute deposition time, with precursor and solvent variations.JPG
Nov 22, 2018 - The Effect Of Various Precursors And Solvents On The Characteristics Of Fluorine-Doped Tin Oxide Conducting Glass Fabricated By Ultrasonic Spray Pyrolysis
JPEG Image - 117.2 KB - MD5: 21a49a502a9f9e82b9b1a57f1746aa02
Data
Figure 1 Top view (left) and cross section (right) SEM images of 2 wt% fluorine doped thin films fabricated at a substrate heating temperature of 300°C and 20 minute deposition time, with precursor and solvent variations of: (a) SnCl2.2H2O+ethanol; (b) SnCl2.2H2O+methanol; (c) Sn...
Table 1 Semi-quantitative EDS-SEM analysis of FTO thin films with a variety of tin (Sn).JPG
Table 1 Semi-quantitative EDS-SEM analysis of FTO thin films with a variety of tin (Sn).JPG
Nov 22, 2018 - The Effect Of Various Precursors And Solvents On The Characteristics Of Fluorine-Doped Tin Oxide Conducting Glass Fabricated By Ultrasonic Spray Pyrolysis
JPEG Image - 47.0 KB - MD5: fa21105b52ddfd4dfb94c9001cf0c097
Data
Table 1 Semi-quantitative EDS-SEM analysis of FTO thin films with a variety of tin (Sn) precursors and solvents at 2% wt fluorine doping, substrate heating temperature of 300°C, and 20 minute deposition time
Table 2 Resistivity measurement results of the FTO films fabricated by using precursors and solvents at a ratio of 2% wt fluorine doping, substrate temperature of 300°C, and 20 minute deposition time.JPG
Table 2 Resistivity measurement results of the FTO films fabricated by using precursors and solvents at a ratio of 2% wt fluorine doping, substrate temperature of 300°C, and 20 minute deposition time.JPG
Nov 22, 2018 - The Effect Of Various Precursors And Solvents On The Characteristics Of Fluorine-Doped Tin Oxide Conducting Glass Fabricated By Ultrasonic Spray Pyrolysis
JPEG Image - 39.8 KB - MD5: 4552b50c24bd480582215113dffae414
Data
Table 2 Resistivity measurement results of the FTO films fabricated by using precursors and solvents at a ratio of 2% wt fluorine doping, substrate temperature of 300°C, and 20 minute deposition time
The Effect Of Various Precursors And Solvents On The Characteristics Of Fluorine-Doped Tin Oxide Conducting Glass Fabricated By Ultrasonic Spray Pyrolysis.pdf
The Effect Of Various Precursors And Solvents On The Characteristics Of Fluorine-Doped Tin Oxide Conducting Glass Fabricated By Ultrasonic Spray Pyrolysis.pdf
Nov 22, 2018 - The Effect Of Various Precursors And Solvents On The Characteristics Of Fluorine-Doped Tin Oxide Conducting Glass Fabricated By Ultrasonic Spray Pyrolysis
Adobe PDF - 690.4 KB - MD5: 2441c15ba564324d086b814710ba90bf
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