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kurang 15 bulan pasca pernikahan sesaat setelah dilahirkan dengan mengikuti sunnah rosulullah saw kami mengumandangkan adzan di telinga kanan akachan dan diakhiri dengan iqomat di telinga kiri sembari dipeluk oleh ibunda bacaan ayat ayat suci al quran terus dikumandangkan di telinga akachan rosulullah saw berpesan kepada setiap orang tua untuk memberikan nama terbaik kepada anaknya hal ini dikarenakan seseorang akan mempunyai keterkaitan yang sangat erat dengan namanya rasulullah saw bersabda أَسلَمُ سَالَمَهَا اللَّهُ وَ غِفَارُ غَفَرَ اللّهُ لَهَا وَعُصَيَّةُ عَصَتِ اللَّهَ وَ رَسُولَهُ aslam nama orang ed semoga allah mendamaikan hidupnya ghifaar nama orang ed semoga allah mengampuninya dan ushayyah nama orang ed telah durhaka terhadap allah dan rasul nya hr bukhari dan muslim demikian juga sabda rasulullah shallallahu alaihi wa sallam ketika beliau melihat sahl bin amr datang pada hari perjanjian hudaibiyah سَهلَ أمْرَكُمْ urusan kalian menjadi sahl mudah hr bukhari untuk menyempurnakan kebahagiaan dengan mengikuti sunnah rosulullah saw tersebut kami menganugerahkan nama terbaik untuk putra kami muhammad faiq alhaitami bukan tanpa alasan kami memberi nama tersebut tiga kata yang menginspirasi untuk menjadi serangkaian nama putra kami yakni muhammad faiq dan alhaitami muhammad muhammad adalah nama seorang nabi dan rosul beliu pemimpin sekaligus penutup nabi dan rosul hanya beliau nabi dan rosul yang memiliki umat terbanyak dikarenakan nabi dan rosul selain beliau hanya diutus untuk kaum tertentu beliau manusia terbaik ciptaan allah swt akhlaknya adalah al quran beliau adalah suri tauladan dalam beriman dan berislam mencintai beliau adalah bagian dari keimanan mengikuti beliau adalah bagian dari perintah allah nabiyullah adam as pasca diciptakan diperintahkan oleh allah untuk bersaksi atas nama allah sebagai ilah dan muhammad sebagai utusan terinspirasi atas semua yang ada pada diri beliau dan dalam rangka mengikuti sunnah rosulullah saw kami menganugerahkan nama muhammad sebagai pembuka nama putra pertama rosulullah saw berpesan dalam sebuah hadits shahih dari al mughirah bin syu bah radhiallahu anhu dari nabi shallallahu alaihi wa sallam beliau bersabda mereka dahulu suka memakai nama para nabi dan orang orang shalih yang hidup sebelum mereka hr muslim no 2135 semoga dengan nama muhammad putra pertama kami akan termotivasi untuk meniru mencontoh dan selalu ittiba kepada muhammad rosulullah saw faiq kalimah arab sebagai isim fail dari lafaz faaqa mempunyai makna mumtaz excellent superior to all others going far beyond ordinary limits tertinggi paling unggul dan berkualitas diharapkan dengan nama tersebut putra pertama kami akan senantiasa berikhtiar optimal untuk menjadi orang yang paling berkualitas dalam mendalami ayat ayat kauliyah dan kauniyah allah swt dan mengamalkan dengan bersungguh sungguh ilmu yang telah diperolehnya untuk menjadi orang yang bermanfaat khoirunnas anfa uhum linnas tanpa melalaikan dirinya sebagaimana sabda rosulullah saw matsalul alimilladzhi yuallimunnasa al khoiro wayansa nafsah kamatsalissiroja yudhiu linnasi wayuhriku nafsah alhaitami terinspirasi oleh nama orang besar yang dimiliki oleh umat islam di tahun 965 1040 m yakni abu ali al hasan ibn al hasan ibn al haytham dikenal dengan nama ibn al haytham dan nama latin alhazen beliau adalah seorang ilmuwan muslim yang memiliki kemampuan luar biasa dengan menguasai segala bidang keilmuan beliau telah memberikan kontribusi signifikan kepada dunia islam dan dunia ilmu pengetahuan khususnya bidang optik fisika astronomi matematika ophthalmology filosofi dan juga metode penelitian beliau adalah orang pertama yang mendeskripsikan prinsip kerja mata bagaimana mata bisa melihat yang diderivasikan menjadi teknologi kamera saat ini beliau juga memberikan kontribusi besar sebagai orang pertama yang mengusulkan metode saintifik eksperimen untuk mengkonfirmasi teori yang telah ditemukannya pada saat sebelum beliau fisika hanya bersifat filsafat tanpa eksperimen beliau dikenal sebagai ptolemy kedua karena kemampuannya menguasai berbagai cabang keilmuan penting terinspirasi dari nama beliau kami menganugerahkan nama alhaitami sebagai bagian dari nama putra kami semoga dengan nama muhammad faiq alhaitami ananda akan menjadi putra yang sholeh berbakti kepada allah orang tua dan bermanfaat untuk diri keluarga masyarakat dan ummat amin ya robbal alamin fukui 1 maret 2012 m 8 robiul akhir 1433 h ali khumaeni khusnul aini 0 000000 0 000000 1 comment february 6 2012 khumaeni nuklir can libs help japan with its nuclear crisis laser induced breakdown spectroscopy libs is an emerging analytical technique that offers advantages over established techniques for certain types of analysis it can analyze materials without any sample preparation and because it consumes only a tiny amount of material it is considered virtually nondestructive libs also is very fast and can be used for remote analysis of up to 10 100 m for many applications the versatility of libs is currently being explored and the technique has been used in many different applications such as forensics manufacturing process control and even space exploration one developing application area for libs is the characterization of nuclear material libs is already being used at nuclear energy sites in the united kingdom so could libs help japan with its current nuclear crisis to find out we spoke to andy whitehouse managing director of applied photonics ltd skipton north yorkshire uk spectroscopy could libs be useful to detect contamination from the recent nuclear accident at the fukushima daiichi power plant in japan whitehouse i believe so as a material characterization technique libs is not in direct competition with conventional nuclear measurement techniques such as gamma ray spectroscopy for most cases such as for the detection of specific radionuclides like cesium 137 but libs could offer unique capabilities in certain areas where conventional techniques are unsuitable or are otherwise unable to provide useful information one such application scenario would be the remote and in situ detection of uranium or mixed oxide mox fuel damaged or otherwise located in hard to reach places such as inside the reactor pressure vessel or submerged in water or sludge gamma spectroscopy would struggle to do this for a number of reasons the prime reason being that gamma spectroscopy cannot easily detect uranium or plutonium because of the low gamma yield of these materials especially in an environment that has a high gamma field as a result of the presence of fission products such as cesium 137 either within the uranium or plutonium fuel or dispersed in the form of contamination libs is essentially immune to the effects of ionizing radiation gamma neutron etc so libs can and has been deployed in environments of extreme levels of radiation such as within a high level waste vitrification plant spectroscopy could a standard libs instrument be used in such an environment whitehouse yes but in my opinion it would be the fiber optic probe version of our libs technology that would have the most potential at fukushima since it is able to operate in limited access and high radiation areas and can also be used to identify materials submerged in water or sludge the use of seawater to cool the overheating nuclear fuel at fukushima both within the reactor pressure vessel and the spent fuel storage pond will i understand result in the formation and accumulation of a sludge like material as the seawater evaporates this will make future inspection of the damaged reactor components and fuel considerably more difficult should there be a need to pinpoint the location of the melted nuclear fuel within the damaged structure then our submersible libs probe could provide a unique solution spectroscopy has libs ever been used before at a nuclear accident site whitehouse about 12 years ago a team of scientists and engineers from chernobyl visited us to learn more about our fiber optic libs probe with a view to using it at chernobyl to identify the location of fragments of melted nuclear fuel primarily uranium at the time that was important to them because removal of the fuel from the wreckage of the reactor would significantly reduce the overall radioactivity content of the damaged structure because most of the radioactivity is tied up in the fuel in the end however a decision was made to leave the fuel inside the damaged structure i believe however that the latest plans are to go back and remove the fuel before replacing the temporary confinement structure that was built over the damaged reactor to prevent the spread of radioactive contamination into the environment because the confinement structure is now in an unsafe condition of course the libs technology whether standoff or fiber optic has improved considerably over the intervening 12 years spectroscopy can standoff libs be used to identify nuclear residues at a distance if so at what standoff distance can this be done whitehouse we have designed and built standoff libs instruments with a range capability in excess of 100 m for the defense market we have used a transportable standoff libs instrument with 20 m range capability at the sellafield nuclear site in cumbria uk where it was used to characterize radioactive materials within a hot cell by directing the laser beam through a lead glass shield window i believe we were the first to deploy a libs instrument in this way spectroscopy would libs on a robot be useful in such a scenario whitehouse for some applications the deployment of our fiber optic libs probe requires some form of remote manipulator or robotic device in order to position the probe where required in the uk nuclear industry we have used so called master slave manipulators to deploy a libs probe within a process cell at the sellafield high level waste vitrification plant in other applications all that is necessary is a simple rod or pole which may be used by hand to position the libs probe where required for example within a storage pond spectroscopy would libs be useful for detecting nuclear contamination in matrices such as soil water used at a nuclear plant seawater plants fish whitehouse the application scenarios you have listed would best be served by conventional nuclear measurement techniques gamma spectroscopy alpha spectroscopy neutron detection techniques because these techniques are orders of magnitude more sensitive than libs and so would be appropriate for detecting low and medium levels of radioactivity in the environment libs would be better suited to applications where radiation levels are very high or where physical access is limited spectroscopy for most elements libs cannot distinguish between stable and radioactive isotopes of the same material rather it can detect the presence of an element associated with nuclear radiation such as plutonium how does that affect how you would apply libs to analyzing radioactive contamination whitehouse to be correct libs can in principle detect specific isotopes assuming a suitably high resolution optical spectrograph is used although this would perhaps not be its most useful feature in the given application since there are many other techniques which offer higher sensitivity libs has been used to distinguish different isotopes of various elements including uranium 235 and 238 plutonium 239 and 241 and isotopes of certain lighter elements such as lithium to the best of my knowledge libs has not been used to detect cesium 137 a common and abundant fission product in irradiated nuclear fuel most probably because the specific activity of cesium 137 is so high that only a vanishingly small quantity of this radionuclide would be needed to be radiologically significant i e potentially harmful and libs would not be able to detect such vanishingly small quantities of material in general radiologically significant quantities of radionuclides of relatively high specific activity such as cesium 137 strontium 90 and iodine 129 are best monitored and detected using conventional nuclear measurement techniques on the other hand radiologically significant quantities of radionuclides of relatively low specific activity such as uranium 235 uranium 238 plutonium 239 plutonium 241 and technetium 99 may be amenable to monitoring and detection by libs in particular their presence could be confirmed by libs in cases where conventional nuclear measurement techniques are not appropriate or practical such as in material submerged in water or sludge in limited access environments or in high gamma field environments as mentioned earlier spectroscopy can libs provide quantitative analysis of radioactive elements whitehouse for the given application my view is that libs is best suited to detecting the presence of a specific material such as uranium fuel fragments submerged in seawater sludge rather than measuring the quantity of the material present the latter being totally impractical for the type of scenarios i envisage at the fukushima plant spectroscopy could libs be useful for a possible nuclear crisis at a site where they use nuclear power plants of a type different from those used at fukushima whitehouse possibly but i believe that libs has significantly more potential in certain areas of nuclear decommissioning where huge quantities of radioactive waste of largely unknown inventory exists such as at redundant nuclear processing facilities both military and civilian redundant spent fuel storage ponds and temporary radioactive waste storage facilities one only has to make a cursory review of the open literature on some of the redundant facilities in the uk such as sellafield and the usa such as the hanford site to understand the magnitude of the problem of characterizing the huge quantities of miscellaneous radioactive waste that are currently stored under less than ideal conditions the fukushima plant may now be regarded as a nuclear decommissioning site since it seems highly unlikely that it will operate again and the mess will have to be cleaned up sooner rather than later spectroscopy can you tell us more about how libs is now being used in the uk s nuclear energy industry whitehouse my company has used libs in the uk nuclear industry for a variety of applications within operational plants examples include the identification of advanced gas cooled reactor agr superheater tubes manufactured from a rogue batch of stainless steel determining the chromium content of economizer tubes in an agr steam generator as part of an erosion corrosion inspection and remote characterization of high level radioactive waste at a nuclear reprocessing plant for more than 10 years we have been promoting libs technology for nuclear decommissioning applications but despite our best efforts we have not yet undertaken a real world application during the last year we have received an increased level of interest from this sector but we have come to accept that ...