Cumulated statistic report for www.HomoFaciens.de representing current week (and sum of last week) starting each Monday 00:00AM. More reports available at: index.htm. Reporting started at 6th of September 2013, Current report generated at: 2018.11.12-00:00:01.
Page views = 11379 ( 11956)
Page views EN = 5623 ( 5945)
Page views GE = 5461 ( 5799)
Visits = 3637 ( 3664)
Total visits = 1137602 ( 1133965)
Total page views = 4126384 ( 4115005)
LineErrorCount = 0
1.) 695 263 (GE) 432 (EN) - download
2.) 634 414 (GE) 220 (EN) - index
3.) 451 111 (GE) 340 (EN) - technics-base-circuits-encoder-disc
4.) 366 95 (GE) 271 (EN) - technics-machines-cnc-v2
5.) 278 77 (GE) 201 (EN) - technics-machines-cnc-v3-1
6.) 275 188 (GE) 87 (EN) - technics
7.) 274 163 (GE) 111 (EN) - project
8.) 266 149 (GE) 117 (EN) - technics-machines-cnc-v3-2-2
9.) 266 67 (GE) 199 (EN) - technics-machines-plotter-cdrom
10.) 253 98 (GE) 155 (EN) - technics-machines-cnc-T8
11.) 239 40 (GE) 199 (EN) - technics-base-circuits-computer-mouse
12.) 223 129 (GE) 94 (EN) - technics-machines-3D-printer-Tronxy-X5
13.) 196 136 (GE) 60 (EN) - technics-machines-3D-printer-Anycubic-i3-Mega
14.) 187 76 (GE) 111 (EN) - subjectindex
15.) 179 64 (GE) 115 (EN) - technics-machines-v-plotter
16.) 172 110 (GE) 62 (EN) - technics-base-circuits-h-bridge
17.) 166 41 (GE) 125 (EN) - technics-base-circuits-transmissive-optical-sensors
18.) 163 78 (GE) 85 (EN) - technics-machines-cnc-v2_1
19.) 163 60 (GE) 103 (EN) - technics-machines-cnc-v3-2
20.) 156 86 (GE) 70 (EN) - technics-machines-cnc-v3-x
21.) 153 55 (GE) 98 (EN) - technics-computer-arduino-uno
22.) 148 92 (GE) 56 (EN) - robospatium
23.) 132 49 (GE) 83 (EN) - technics-machines-cnc-v3-2-1
24.) 125 38 (GE) 87 (EN) - technics-base-circuits-encoder-disc-2
25.) 115 29 (GE) 86 (EN) - technics-machines-cnc-v0-6
26.) 115 27 (GE) 88 (EN) - technics-base-circuits-multivibrator
27.) 113 35 (GE) 78 (EN) - technics-base-circuits-relay
28.) 109 54 (GE) 55 (EN) - technics-machines-cnc-v3-0
29.) 104 42 (GE) 62 (EN) - technics-base-circuits-servos
30.) 94 68 (GE) 26 (EN) - advertising-gearbest
31.) 93 74 (GE) 19 (EN) - technics-metrology-current-voltage
32.) 86 65 (GE) 21 (EN) - technics-electric-motors-permanent-magnets
33.) 83 53 (GE) 30 (EN) - technics-electrical-engineering-magnets
34.) 81 62 (GE) 19 (EN) - technics-base-circuits-logic-gates
35.) 74 41 (GE) 33 (EN) - technics-machines-cnc-Next3D
36.) 70 28 (GE) 42 (EN) - technics-machines-plotter
37.) 69 22 (GE) 47 (EN) - technics-base-circuits-pulse-width-modulation
38.) 66 35 (GE) 31 (EN) - technics-machines-3D-printer-tronxy-p802
39.) 66 27 (GE) 39 (EN) - technics-machines-3D-printer-CR-10
40.) 64 31 (GE) 33 (EN) - technics-machines-cnc-v0-5
41.) 62 43 (GE) 19 (EN) - technics-base-circuits-rc-circuit
42.) 62 24 (GE) 38 (EN) - technics-machines-robot-arm-v0-1
43.) 60 47 (GE) 13 (EN) - technics-electric-motors-stepper-motor
44.) 60 38 (GE) 22 (EN) - technics-base-circuits-constant-voltage
45.) 59 35 (GE) 24 (EN) - technics-machines-3D-printer-Tronxy-X5-build-instruction
46.) 58 35 (GE) 23 (EN) - technics-base-circuits-voltage-divider
47.) 58 27 (GE) 31 (EN) - technics-base-circuits-function-generator
48.) 56 38 (GE) 18 (EN) - technics-machines-3D-printer-CR-10S
49.) 55 0 (GE) 0 (EN) - index.htm
50.) 54 40 (GE) 14 (EN) - technics-machines-3D-printer-Anycubic-Kossel
51.) 54 38 (GE) 16 (EN) - response
52.) 52 39 (GE) 13 (EN) - technics-machines-3D-printer-Geeetech-E180
53.) 50 46 (GE) 4 (EN) - technics-mechanics-friction
54.) 50 37 (GE) 13 (EN) - news
55.) 50 26 (GE) 24 (EN) - technics-machines-3D-printer-Anet-A8
56.) 49 27 (GE) 22 (EN) - technics-physical-computing-digital-ruler
57.) 48 28 (GE) 20 (EN) - technics-machines-3D-printer-Ender
58.) 47 36 (GE) 11 (EN) - technics-machines-3D-printer-JGAurora-A3S
59.) 46 24 (GE) 22 (EN) - contact
60.) 45 35 (GE) 10 (EN) - technics-electric-motors-wound-stator
61.) 44 26 (GE) 18 (EN) - technics-machines-3D-printer-overview
62.) 44 26 (GE) 18 (EN) - games-calculator-01
63.) 44 25 (GE) 19 (EN) - technics-machines-winchbot
64.) 42 33 (GE) 9 (EN) - technics-electrical-engineering-magnetic-field-energy
65.) 41 28 (GE) 13 (EN) - technics-semiconductor-switch
66.) 39 26 (GE) 13 (EN) - technics-machines-3D-printer-Anet-E10
67.) 39 25 (GE) 14 (EN) - technics-metrology-oscilloscope
68.) 39 22 (GE) 17 (EN) - technics-machines-3D-printer-Tevo-Michelangelo
69.) 38 12 (GE) 26 (EN) - technics-computer-introduction
70.) 37 35 (GE) 2 (EN) - technics-electric-motors-efficiency
71.) 37 15 (GE) 22 (EN) - technics-machines-winchbot-1-5
72.) 37 7 (GE) 30 (EN) - technics-metrology-units
73.) 36 18 (GE) 18 (EN) - technics-machines-3D-printer-Zonestar-M8R2
74.) 35 30 (GE) 5 (EN) - technics-electric-motors-torque-curve
75.) 35 14 (GE) 21 (EN) - technics-base-circuits-computer
76.) 34 18 (GE) 16 (EN) - technics-miscellaneous-electric-generator
77.) 34 16 (GE) 18 (EN) - technics-machines-winchbot-2-0
78.) 34 2 (GE) 32 (EN) - games-numbersystem-01
79.) 33 18 (GE) 15 (EN) - technics-electric-motors-synchronous-motor
80.) 33 12 (GE) 21 (EN) - technics-computer-internet-of-things
81.) 32 20 (GE) 12 (EN) - support
82.) 32 15 (GE) 17 (EN) - technics-physical-computing-set01
83.) 31 20 (GE) 11 (EN) - technics-semiconductor-operational-amplifier
84.) 31 18 (GE) 13 (EN) - technics-computer-io-boards
85.) 29 17 (GE) 12 (EN) - technics-physical-computing-software-arduino
86.) 28 21 (GE) 7 (EN) - technics-electrochemistry-chemical-equation
87.) 28 19 (GE) 9 (EN) - technics-electrical-engineering-ferromagnetic-materials
88.) 28 16 (GE) 12 (EN) - papercraft
89.) 28 13 (GE) 15 (EN) - news-old
90.) 28 7 (GE) 21 (EN) - technics-semiconductor-silicon
91.) 27 10 (GE) 17 (EN) - technics-computer-wm8650
92.) 25 23 (GE) 2 (EN) - technics-electrical-engineering-resistance
93.) 25 20 (GE) 5 (EN) - technics-electrical-engineering-inductor
94.) 25 12 (GE) 13 (EN) - technics-electrochemistry-corrosion-prevention
95.) 25 11 (GE) 14 (EN) - technics-semiconductor-amplifier
96.) 24 18 (GE) 6 (EN) - technics-machines-3D-printer-Ender-build-instruction
97.) 24 10 (GE) 14 (EN) - support-donation-main
98.) 23 15 (GE) 8 (EN) - technics-semiconductor-bipolar-junction-transistor
99.) 23 12 (GE) 11 (EN) - technics-mechanics-mechanical-performance
100.) 23 8 (GE) 15 (EN) - robospatium-controlstation-R10
101.) 23 7 (GE) 16 (EN) - links
102.) 23 6 (GE) 17 (EN) - robospatium-controlstation-R11
103.) 22 17 (GE) 5 (EN) - technics-electrochemistry-atoms
104.) 22 15 (GE) 7 (EN) - technics-machines-stationary-engines
105.) 21 16 (GE) 5 (EN) - technics-electrical-engineering-charge
106.) 21 16 (GE) 5 (EN) - technics-addendum-electronic-symbols
107.) 21 15 (GE) 6 (EN) - technics-semiconductor-band-structure
108.) 21 13 (GE) 8 (EN) - technics-electric-motors-model-motor
109.) 21 11 (GE) 10 (EN) - technics-electrochemistry-redox-reaction
110.) 20 12 (GE) 8 (EN) - technics-electric-motors-ac-motor
111.) 20 4 (GE) 16 (EN) - technics-metrology-units-java
112.) 19 12 (GE) 7 (EN) - technics-semiconductor-bipolar-junction-transistor-characteristic
113.) 19 12 (GE) 7 (EN) - technics-physical-computing-switching-LEDs
114.) 19 12 (GE) 7 (EN) - technics-addendum-formulas
115.) 19 10 (GE) 9 (EN) - technics-robots-R11-construction
116.) 18 13 (GE) 5 (EN) - technics-miscellaneous-Insta360-Air
117.) 18 11 (GE) 7 (EN) - technics-robots-R9-construction
118.) 18 11 (GE) 7 (EN) - technics-robots-R10-construction
119.) 18 11 (GE) 7 (EN) - imprint
120.) 18 8 (GE) 10 (EN) - technics-robots-rover-construction
121.) 17 10 (GE) 7 (EN) - technics-miscellaneous-lunar-eclipse-2015
122.) 17 10 (GE) 7 (EN) - technics-computer-raspberry-pi
123.) 17 9 (GE) 8 (EN) - technics-metrology-temperature
124.) 17 8 (GE) 9 (EN) - technics-robots-power-rails
125.) 17 6 (GE) 11 (EN) - technics-robots-R4-construction
126.) 17 6 (GE) 11 (EN) - technics-physical-computing-hardware-raspberry
127.) 17 6 (GE) 11 (EN) - technics-electrochemistry-rechargeable-cells
128.) 16 11 (GE) 5 (EN) - technics-heat-engines-four-stroke-engine
129.) 16 8 (GE) 8 (EN) - technics-physical-computing-hardware-arduino
130.) 16 7 (GE) 9 (EN) - technics-physical-computing-software-raspberry
131.) 15 14 (GE) 1 (EN) - news-2017
132.) 15 12 (GE) 3 (EN) - technics-electrochemistry-standard-electrode-potential
133.) 15 9 (GE) 6 (EN) - technics-electric-motors-power-output
134.) 14 10 (GE) 4 (EN) - technics-electric-motors-asynchronous-motor-java
135.) 14 8 (GE) 6 (EN) - technics-physical-computing-introduction
136.) 14 8 (GE) 6 (EN) - technics-electrochemistry-galvanic-cell
137.) 14 6 (GE) 8 (EN) - technics-robots-lander-construction
138.) 14 6 (GE) 8 (EN) - technics-robots-R6-construction
139.) 13 13 (GE) 0 (EN) - technics-electrical-engineering-switching-operation
140.) 12 10 (GE) 2 (EN) - technics-electrical-engineering-magnets-java
141.) 12 10 (GE) 2 (EN) - technics-electric-motors-asynchronous-motor
142.) 12 9 (GE) 3 (EN) - technics-mechanics-speed
143.) 12 9 (GE) 3 (EN) - technics-electrical-engineering-eddy-current
144.) 12 8 (GE) 4 (EN) - technics-mechanics-airresistance-experiments
145.) 12 7 (GE) 5 (EN) - technics-electrochemistry-corrosion
146.) 12 7 (GE) 5 (EN) - technics-electrical-engineering-magnetic-hysteresis-loop
147.) 12 7 (GE) 5 (EN) - robospatium-crowdfunding2016-01
148.) 12 6 (GE) 6 (EN) - technics-semiconductor-JFET
149.) 12 4 (GE) 8 (EN) - technics-metrology-observational-error
150.) 11 10 (GE) 1 (EN) - technics-electrochemistry-electrolysis
151.) 11 9 (GE) 2 (EN) - technics-electrical-engineering-magnetism
152.) 11 8 (GE) 3 (EN) - technics-electrical-engineering-current
153.) 11 4 (GE) 7 (EN) - technics-mechanics-rollingfriction
154.) 10 8 (GE) 2 (EN) - technics-mechanics-torque
155.) 10 8 (GE) 2 (EN) - technics-electrochemistry-primary-batteries
156.) 10 7 (GE) 3 (EN) - technics-mechanics-mechanical-performance-practice
157.) 10 7 (GE) 3 (EN) - robospatium-centprize-01
158.) 10 6 (GE) 4 (EN) - robospatium-user-guide-rover-lander
159.) 10 6 (GE) 4 (EN) - news-2016
160.) 10 5 (GE) 5 (EN) - technics-semiconductor-bipolar-junction-transistor-java
161.) 10 5 (GE) 5 (EN) - technics-electrical-engineering-ac-voltage
162.) 9 7 (GE) 2 (EN) - technics-electrical-engineering-induction
163.) 9 7 (GE) 2 (EN) - technics-electrical-engineering-inductance
164.) 9 6 (GE) 3 (EN) - technics-electrochemistry-battery
165.) 9 5 (GE) 4 (EN) - technics-mechanics-airresistance
166.) 9 4 (GE) 5 (EN) - technics-robots-R5-construction
167.) 9 4 (GE) 5 (EN) - technics-robots-R3-construction
168.) 8 7 (GE) 1 (EN) - technics-mechanics-speed-java
169.) 8 7 (GE) 1 (EN) - technics-electrical-engineering-magnetic-permeability
170.) 8 6 (GE) 2 (EN) - technics-mechanics-rollingfriction-java
171.) 8 6 (GE) 2 (EN) - robospatium-pictures-01
172.) 8 4 (GE) 4 (EN) - technics-semiconductor-diode
173.) 8 4 (GE) 4 (EN) - technics-robots-R8-construction
174.) 8 4 (GE) 4 (EN) - technics-electrochemistry-periodic-table-content
175.) 8 4 (GE) 4 (EN) - support-backers
176.) 8 3 (GE) 5 (EN) - technics-electrochemistry-periodic-table
177.) 7 6 (GE) 1 (EN) - technics-electrical-engineering-rlc-circuit
178.) 7 6 (GE) 1 (EN) - robospatium-user-guide-r4
179.) 7 5 (GE) 2 (EN) - technics-semiconductor-diode-java
180.) 7 5 (GE) 2 (EN) - technics-electrochemistry-chemical-reaction
181.) 7 5 (GE) 2 (EN) - technics-electrical-engineering-magnetic-hysteresis
182.) 7 3 (GE) 4 (EN) - technics-robots-R7-construction
183.) 7 3 (GE) 4 (EN) - technics-mechanics-acceleration
184.) 7 3 (GE) 4 (EN) - robospatium-controlstation-R9
185.) 6 4 (GE) 2 (EN) - technics-semiconductor-JFET-java
186.) 6 4 (GE) 2 (EN) - technics-mechanics-acceleration-java
187.) 6 3 (GE) 3 (EN) - technics-semiconductor-doping
188.) 6 3 (GE) 3 (EN) - technics-mechanics-energy
189.) 6 3 (GE) 3 (EN) - technics-electrical-engineering-capacitor
190.) 6 2 (GE) 4 (EN) - technics-electrical-engineering-voltage
191.) 6 2 (GE) 4 (EN) - games-quiz-01
192.) 5 4 (GE) 1 (EN) - java
193.) 5 0 (GE) 5 (EN) - robospatium-controlstation-R5
194.) 4 2 (GE) 2 (EN) - robospatium-wall-of-fame-02
195.) 4 1 (GE) 3 (EN) - games-memory-01
196.) 4 0 (GE) 0 (EN) - technics-mechanical-performance-practice_ge_navion.htm
197.) 3 1 (GE) 2 (EN) - robospatium-videos-01
198.) 3 0 (GE) 0 (EN) - technics-voltage_en_navion.htm
199.) 3 0 (GE) 0 (EN) - technics-standard-electrode-potential_en_navion.htm
200.) 3 0 (GE) 0 (EN) - technics-robots-rover-control_ge_navion.htm
201.) 3 0 (GE) 0 (EN) - technics-robots-R3-control_en_navion.htm
202.) 3 0 (GE) 0 (EN) - technics-rechargeable-cells_en_navion.htm
203.) 3 0 (GE) 0 (EN) - technics-power-output_en_navion.htm
204.) 3 0 (GE) 0 (EN) - technics-periodic-table_ge_navion.htm
205.) 3 0 (GE) 0 (EN) - technics-magnetic-field-energy_ge_navion.htm
206.) 3 0 (GE) 0 (EN) - technics-magnetic-field-energy_en_navion.htm
207.) 3 0 (GE) 0 (EN) - technics-induction_en_navion.htm
208.) 3 0 (GE) 0 (EN) - technics-errata_ge_navion.htm
209.) 3 0 (GE) 0 (EN) - technics-eddy-current_en_navion.htm
210.) 3 0 (GE) 0 (EN) - technics-dc-electric-motor_en_navion.htm
211.) 3 0 (GE) 0 (EN) - technics-charge_ge_navion.htm
212.) 3 0 (GE) 3 (EN) - technics-asynchronous-motor-java
213.) 2 2 (GE) 0 (EN) - robospatium-wall-of-fame-01
214.) 2 2 (GE) 0 (EN) - robospatium-controlstation-R4
215.) 2 2 (GE) 0 (EN) - advertising-amazon
216.) 2 1 (GE) 1 (EN) - technics-mechanics-friction-java
217.) 2 1 (GE) 1 (EN) - robospatium-controlstation-R3
218.) 2 0 (GE) 0 (EN) - technics-voltage_ge_navion.htm
219.) 2 0 (GE) 0 (EN) - technics-torque_ge_navion.htm
220.) 2 0 (GE) 0 (EN) - technics-synchronous-motor_ge_navioff.htm
221.) 2 0 (GE) 0 (EN) - technics-synchronous-motor_en_navion.htm
222.) 2 0 (GE) 0 (EN) - technics-switching-operation_ge_navion.htm
223.) 2 0 (GE) 0 (EN) - technics-switching-operation_ge_navioff.htm
224.) 2 0 (GE) 0 (EN) - technics-standard-electrode-potential_ge_navion.htm
225.) 2 0 (GE) 0 (EN) - technics-speed-java_ge_navion.htm
226.) 2 0 (GE) 0 (EN) - technics-rollingfriction-java_ge_navion.htm
227.) 2 0 (GE) 0 (EN) - technics-robots-rover-control_en_navioff.htm
228.) 2 0 (GE) 0 (EN) - technics-robots-lander-control_ge_navion.htm
229.) 2 0 (GE) 0 (EN) - technics-robots-R3-control_en_navioff.htm
230.) 2 0 (GE) 0 (EN) - technics-rlc-circuit_ge_navion.htm
231.) 2 0 (GE) 0 (EN) - technics-resistance-practice_en_navion.htm
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233.) 2 0 (GE) 0 (EN) - technics-redox-reaction_ge_navioff.htm
234.) 2 0 (GE) 0 (EN) - technics-redox-reaction_en_navion.htm
235.) 2 0 (GE) 0 (EN) - technics-rechargeable-cells_ge_navion.htm
236.) 2 0 (GE) 0 (EN) - technics-rechargeable-cells_en_navioff.htm
237.) 2 0 (GE) 0 (EN) - technics-primary-batteries_en_navion.htm
238.) 2 0 (GE) 0 (EN) - technics-primary-batteries_en_navioff.htm
239.) 2 0 (GE) 0 (EN) - technics-power-output_ge_navioff.htm
240.) 2 0 (GE) 0 (EN) - technics-power-output_en_navioff.htm
241.) 2 0 (GE) 0 (EN) - technics-permeability_ge_navioff.htm
242.) 2 0 (GE) 0 (EN) - technics-periodic-table_en_navion.htm
243.) 2 0 (GE) 0 (EN) - technics-mechanical-performance_en_navioff.htm
244.) 2 0 (GE) 0 (EN) - technics-measurement_en_navion.htm
245.) 2 0 (GE) 0 (EN) - technics-magnets_en_navion.htm
246.) 2 0 (GE) 0 (EN) - technics-magnetism_ge_navioff.htm
247.) 2 0 (GE) 0 (EN) - technics-induction_ge_navion.htm
248.) 2 0 (GE) 0 (EN) - technics-hysteresis-loop_en_navion.htm
249.) 2 0 (GE) 0 (EN) - technics-galvanic-cell_ge_navion.htm
250.) 2 0 (GE) 0 (EN) - technics-ferromagnetic-materials_en_navion.htm
251.) 2 0 (GE) 0 (EN) - technics-errata_en_navion.htm
252.) 2 0 (GE) 0 (EN) - technics-electronic-symbols_ge_navion.htm
253.) 2 0 (GE) 0 (EN) - technics-electrolysis_ge_navioff.htm
254.) 2 0 (GE) 0 (EN) - technics-dc-electric-motor_ge_navion.htm
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256.) 2 0 (GE) 0 (EN) - technics-chemical-reaction_en_navion.htm
257.) 2 0 (GE) 0 (EN) - technics-capacitor_ge_navion.htm
258.) 2 0 (GE) 0 (EN) - technics-atoms_en_navion.htm
259.) 2 0 (GE) 0 (EN) - technics-asynchronous-motor_ge_navion.htm
260.) 2 0 (GE) 0 (EN) - technics-airresistance_en_navion.htm
261.) 2 0 (GE) 0 (EN) - technics-airresistance-experiments_en_navion.htm
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263.) 2 0 (GE) 0 (EN) - technics-acceleration_en_navioff.htm
264.) 2 0 (GE) 0 (EN) - robospatium-user-guide_ge_navioff.htm
265.) 2 0 (GE) 0 (EN) - robospatium-user-guide_en_navion.htm
266.) 2 0 (GE) 2 (EN) - games-sequence-01
267.) 1 1 (GE) 0 (EN) - technics-mechanics-mechanical-performance-java
268.) 1 1 (GE) 0 (EN) - technics-dc-electric-motor
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271.) 1 0 (GE) 0 (EN) - technics-torque_ge_navioff.htm
272.) 1 0 (GE) 0 (EN) - technics-torque_en_navion.htm
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274.) 1 0 (GE) 0 (EN) - technics-torque-curve_ge_navioff.htm
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279.) 1 0 (GE) 0 (EN) - technics-stepper-motor_ge_navion.htm
280.) 1 0 (GE) 0 (EN) - technics-stepper-motor_ge_navioff.htm
281.) 1 0 (GE) 0 (EN) - technics-standard-electrode-potential_ge_navioff.htm
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284.) 1 0 (GE) 0 (EN) - technics-rollingfriction_en_navioff.htm
285.) 1 0 (GE) 0 (EN) - technics-robots-lander-handling_en_navion.htm
286.) 1 0 (GE) 0 (EN) - technics-robots-lander-handling_en_navioff.htm
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293.) 1 0 (GE) 0 (EN) - technics-primary-batteries_ge_navioff.htm
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297.) 1 0 (GE) 0 (EN) - technics-model-motor_en_navion.htm
298.) 1 0 (GE) 0 (EN) - technics-model-motor-control-electronics_ge_navion.htm
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308.) 1 0 (GE) 0 (EN) - technics-magnetic-field-energy_en_navioff.htm
309.) 1 0 (GE) 0 (EN) - technics-induction_ge_navioff.htm
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