Part 16

These are the most striking and picturesque of the customs and usages collected by Dr. Pitrè in his exhaustive and instructive little book. What remains is either too purely local, or too little differenced to be of interest to people not of the place. Also have been omitted a few unimportant details of a certain “breadth” and naturalistic simplicity which would not bear translating into English.—_Temple Bar._

THE FUTURE OF ELECTRICITY AND GAS.

More than eighty years ago, Davy first produced and exhibited the arc-light to an admiring and dazzled audience at the Royal Institution; and forty years later, at the same place, Faraday, by means of his memorable experiments in electro-dynamics, laid down the laws on which the modern dynamo-electric machine is founded. Though known at the beginning of the century, the electric light remained little more than a scientific curiosity until within the last ten years, during which period the dynamo-electric machine has been brought to its present perfection, and electric lighting on a large and economical scale thus rendered possible. The first practical incandescent lamps were produced only seven years ago, though the idea of lighting by incandescence dates back some forty years or more; but all attempts to manufacture an efficient lamp were rendered futile by the impossibility of obtaining a perfect vacuum. The year 1881 will long be remembered as that in which electric lighting by incandescence was first shown to be possible and practicable.

The future history of the world will doubtless be founded more or less on the history of scientific progress. No branch of science at present rivals in interest that of electricity, and at no time in the history of the world has any branch of science made so great or so rapid progress as electrical science during the past five years.

And now it may be asked, where are the evidences of this wonderful progress, at least in that branch of electricity which is the subject of the present paper? Quite recently, the wonders of the electric light were in the mouths of every one; while at present, little or nothing is heard about it except in professional quarters. Is the electric light a failure, and are all the hopes that have been placed on it to end in nothing? Assuredly not. The explanation of the present lull in electric lighting is not far to seek; it is due almost solely and entirely to speculation. The reins, so to say, had been taken from the hands of engineers and men of science; the stock-jobbers had mounted the chariot, and the mad gallop that followed has ended in ruin and collapse. Many will remember the electric-light mania several years ago, and the panic that took place among those holding gas shares. The public knew little or nothing about electricity, and consequently nothing was too startling or too ridiculous to be believed. Then came a time of wild excitement and reckless speculation, inevitably followed by a time of depression and ruination. Commercial enterprise was brought to a stand-still; real investors lost all confidence; capital was diverted elsewhere; the innocent suffered, and are still suffering; and the electric light suffered all the blame. The government was forced to step in for the protection of the public; and the result of their legislation is the Electric Lighting Act which authorizes the Board of Trade to grant licenses to Companies and local authorities to supply electricity under certain conditions. These conditions have reference chiefly to the limits of compulsory and permissive supply, the securing of a regular and efficient supply, the safety of the public, the limitation of prices to be charged, and regulations as to inspection and inquiry.

That the electric light has not proved a failure may be gleaned from a rough survey of what has been done during the past two years, in spite of unmerited depression and depreciation. In this country, permanent installations have been established at several theatres in London and the provinces; the Royal Courts of Justice, the Houses of Parliament, Buckingham Palace, Windsor Castle, the Bank of England, and other well-known buildings; while numerous railway stations, hotels, clubs, factories, and private mansions throughout the country, have also adopted the new light either entirely or in part. In addition to this, over forty steamships have been fitted with the electric light during the past year; and the Holborn Viaduct, with its shops and buildings, has been lighted without interruption for the past two years. On the continent, in addition to a large number of factories, private houses and public buildings, numerous theatres at Paris, Munich, Stuttgart, Brunn, Vienna, Berlin, Prague and Milan have been electrically lighted. In New York, an installation of ten thousand lights has been successfully running for the last year or two. Any one wishing to see the electric light to advantage and its suitability to interior decoration, should visit the Holborn Restaurant. This building, with its finely decorated rooms, its architectural beauties, and ornamental designs in the renaissance style, when viewed by the electric light, is without doubt one of the chief sights of London.

The electric light in the form of the well-known powerful and dazzling arc-light is the favorite illuminant for lighting harbors, railway stations, docks, public works, and other large spaces. But it is to the incandescent lamp that one must look par excellence for the “light of the future.” It has been satisfactorily established that lighting by incandescence is as cheap as lighting by gas, provided that it be carried out on an extensive scale.

Very contradictory statements have from time to time been published as to the relative cost of lighting by electricity and gas; and a few remarks on the subject, without entering into detailed figures, will explain much of this discrepancy. These remarks will refer to electric lighting by incandescence.

In the first place, the lighting may be effected in one of three ways—(1) by primary batteries; (2) by dynamo-machines; or (3) by a combination of dynamo machines and secondary batteries. The expense of working with primary batteries is altogether prohibitory, except in the case of very small installations; while secondary batteries have not yet been made a practical success; so that the second method mentioned above is the only one at present in the field. In the second place, a distinction must be made between isolated installations and a general system of lighting from central stations. Up to the present time, nearly all the lighting by electricity has been effected by isolated installations. If every man requiring one hundred or even several hundred lights were to set up his own gas-works and supply himself from them, the cost of lighting by gas would be enormously increased. Hence it is manifestly unfair to compare the cost of electric light obtained from isolated installations with gas obtained from gas-works supplying many thousands of lights; yet this is being constantly done. Central stations supplying at least, say, ten thousand lights, and gas-works on an equal scale, must be compared in order to arrive at a true estimate of the relative cost of electricity and gas. Several such extended installations are now being erected in London and elsewhere. With improved generating apparatus, and above all, with improved lamps, it is confidently anticipated that the electric light will eventually be cheaper than gas. Even if dearer than gas, it will be largely used for lighting dwelling-houses, theatres, concert halls, museums, libraries, churches, shops, showrooms, factories, and ships; while perhaps gas may long hold its own as the poor man’s friend, since it affords him warmth as well as light.

The incandescent light is entirely free from the products of combustion which heat and vitiate the air; it enables us to see pictures and flowers as by daylight; it supports plants instead of poisoning them, and enables many industries to be carried on by night as well as by day. Add to this an almost perfect immunity from danger of fire and no fear of explosion. When it is realized that a gas flame gives out seventeen times as much heat as an incandescent lamp of equal light-giving power, and that an ordinary gas flame vitiates the air as much as the breathing of ten persons, some idea may be formed of the advantage of the electric light from a sanitary point of view. To this may be added absence of injury to books, walls and ceilings. Visitors to the Savoy Theatre in London will doubtless have seen the adaptability of this light for places of public amusement and it is now possible to sit out a play in a cool and pleasant atmosphere without incurring a severe headache. To theatrical managers the light offers in addition unusual facilities for producing spectacular effects, such as the employment of green, red, and white lamps to represent night, morning, and daylight. The freedom from weariness and lassitude after spending an evening in an electrically lighted apartment must be experienced in order to be appreciated. The electric light very readily adapts itself to the interior fittings and decorations of houses and public buildings, and it can be placed in positions where gas could not be used on account of the danger of fire. The old lines of gas-fittings should be avoided as far as possible, and the lights placed singly where required and not “bunched” together. For the lighting of mines, electricity must stand unrivalled, though little has as yet been done in this direction. Its speedy adoption either voluntarily or by Act of Parliament, with the employment of lime cartridges instead of blasting by gunpowder, will in the future render explosions in mines almost an impossibility. In some cases, gas may yet for some time compete with the electric light both in brilliancy and economy; for the electric light has spurred on the gas Companies to the improved lighting of many of our public streets and places.

With the general introduction of electricity for the purpose of lighting comes the introduction of electricity for the production of power; for the same current entering by the same conductors can be used for the production of light or of power, or of both. The same plant at the central stations will supply power by day and light by night, with evident economy. Electricity will thus be used for driving sewing-machines, grinding, mixing, brushing, cleaning, and many other domestic purposes. In many trades requiring the application of power for driving light machinery for short periods, electricity will be of the greatest value, and artisans will have an ever ready source of power at their command in their own homes.

Is electricity to supersede gas altogether? By no means, for gas is destined to play a more important part in the future than it has done in the past. Following close upon the revolution in the production of light comes a revolution in the production of heat for purposes of warming and cooking, and for the production of power. Gas in the future will be largely used not necessarily as an illuminant, but as a fuel and a power producer. When gas is burned in an ordinary gas flame, ninety-five per cent. of the gas is consumed in producing heat, and the remaining five per cent. only in producing light. Gas is far more efficient than raw coal as a heating agent; and it is also far cheaper to turn coal into gas and use the gas in a gas-engine, than to burn the coal directly under the boiler of a steam-engine; for gas-engines are far more economical than steam-engines. Bearing these facts in mind it cannot but be seen that the time is not far distant when, both by rich and poor, gas will be used as the cheapest, most cleanly, and most convenient means for heating and cooking, and raw coal need not enter our houses; also that gas-engines must sooner or later supersede steam-engines, and gas thus be used for driving the machine that produces the electricity. In the case of towns distant not more than, say, fifty miles from a coal-field, the gas-works could with advantage be placed at the colliery, the gas being conveyed to its destination in pipes. Thus, coal need no longer be seen, except at the colliery and the gas-works. With the substitution of gas for coal, as a fuel, will end the present abominable and wasteful production of smoke. When smoke, “blacks,” and noxious gases are thus done away with, life in our most populous towns may become a real pleasure. Trees, grass, and flowers will flourish, and architecture be seen in all its beauty. Personal comfort will be greatly enhanced by the absence of smuts, “pea-soup” fogs, and noxious fumes; and monuments, public buildings, and pictures saved from premature destruction.

The present method of open fires is dirty, troublesome, wasteful, and extravagant. With the introduction of gas as a heating agent, there will be no more carting about of coals and ashes, and no more troublesome lighting of fires with wood, paper, and matches. No more coal-scuttles, no more smoky chimneys, no more chimney sweeps! On the other hand, the old open coal fire is cheerful, “pokable,” and conducive to ventilation; while the Englishman loves to stand in front of it and toast himself. All this, however, may still be secured in the gas stoves of the future, as any one could easily have satisfied himself at the recent Smoke Abatement Exhibition in London. The gas stove of the future must be an open radiating stove, and not a closed stove, which warms the air by conduction and convection chiefly, and renders the air of a room dry and uncomfortable.

It has been frequently pointed out that our coal-fields are not inexhaustible; but they doubtless contain a sufficient supply for hundreds of years to come. Long before the supply is likely to run short, other sources of nature will be largely drawn upon. These are the winds, waterfalls, tides, and the motion of the waves. The two former have to some extent been utilized; but little or nothing has been done or attempted with the latter. Before these can be to any extent made use of, means must be devised for storing energy in the form of electricity; a problem which is now being vigorously attacked, but as yet without much practical success. That electricity has a great future before it cannot for a moment be doubted.—_Chambers’s Journal._

BEYOND THE HAZE.

A WINTER RAMBLE REVERIE.

The road was straight, the afternoon was gray, The frost hung listening in the silent air; On either hand the rimy fields were bare; Beneath my feet unrolled the long, white way, Drear as my heart, and brightened by no ray From the wide winter sun, whose disc reclined In distant copper sullenness behind The broken network of the western hedge— A crimson blot upon the fading day.

Three travellers went before me—one alone— Then two together, who their fingers nursed Deep in their pockets; and I watched the first Lapse in the curtain the slow haze had thrown Across the vista which had been my own. Next vanished the chill comrades, blotted out Like him they followed, but I did not doubt That there beyond the haze the travellers Walked in the fashion that my sight had known.

Only “beyond the haze;” oh, sweet belief! That this is also Death; that those we’ve kissed Between our sobs, are just “beyond the mist;” An easy thought to juggle with to grief! The gulf seems measureless, and Death a thief. Can we, who were so high, and are so low, So clothed in love, who now in tatters go, Echo serenely, “Just beyond the haze,” And of a sudden find a trite relief? —_Cornhill Magazine_.

MRS. MONTAGU.

Matthew Robinson, of West Layton in Yorkshire, married when he was eighteen, and before he was forty found himself father of a numerous family—seven sons and two daughters. His wife, whose maiden name was Drake, had inherited property in Cambridgeshire, and this seems to have been the cause of their settling at Cambridge about the year 1727. They may also have been induced to do so from the fact that Dr. Conyers Middleton, Mrs. Robinson’s step-father, held the office of Public Librarian there. Conyers Middleton became subsequently celebrated by his “Life of Cicero”; but at this time he was chiefly known as the malignant enemy of the learned Bentley, Master of Trinity College, and as the author of various polemical tracts and treatises.

Middleton took an interest in the grandchildren of his deceased wife. His favorite among them was his god-daughter Elizabeth, the elder of the two girls. When first he saw her she was not quite eight years old. He was at once struck by her precocious intelligence, and undertook to begin her education. Her power of attention, and strength of memory, were tested in the following way. He kept her with him while conversing with visitors on subjects far beyond her grasp, and expected her both to listen, and to give him afterwards some account of what had passed. The exercise was a severe one, but his little pupil profited by it. Guided by him, she made her first steps in Latin, her knowledge of which, in after-life, was an inexhaustible source of pleasure. She often regretted that she had not learnt Greek as well.

A favorite amusement of the young Robinsons was that of playing at Parliament, their gentle mother sitting by and obligingly acting as Speaker, a title which her children habitually used when mentioning her among themselves. Often, when dispute waxed too warm, had she to interfere, and restore order among the senators, of whom Elizabeth was not the least eloquent.

Wimpole Hall, now the home of the Yorkes, was, in the early part of last century, inhabited by Lord Oxford.[42] In 1731, Mrs. Robinson went from Cambridge to pay a visit there, taking her daughter Elizabeth with her. Lord and Lady Oxford had an only child and heiress, Lady Margaret Harley, who, a few years later, became Duchess of Portland. Lady Margaret was eighteen, and Elizabeth Robinson eleven. In spite of the difference in their ages, they became friends at once. Lady Margaret was immensely diverted by Elizabeth’s liveliness of mind, and restlessness of body, and—being addicted to dispensing nicknames—called her Fidget. Elizabeth was doubtless flattered by the notice the other accorded her. On getting back to Cambridge, she sat down to write a letter to her new friend, but had difficulty in finding something to say. One can imagine her chewing the feather of her pen, and rolling her eyes, in the agony of composition. At last she began:

“This Cambridge is the dullest place: it neither affords anything entertaining nor ridiculous enough to put into a letter. Were it half so difficult to find something to say as something to write, what a melancholy set of people should we be who love prating!”

Letter-writing soon ceased to cause her the slightest effort. This was well, for she was cut off for a period from all but epistolary intercourse with Lady Margaret, owing to her father’s settling at a place he owned in Kent, Mount Morris, near Hythe. Had Mr. Robinson followed his inclination, he would have preferred living in London, for he much appreciated the society of his fellow-men. But prudence forbade this. Though comfortably off, he was not wealthy, and already his elder sons were treading on his heels. He fell to repining at times, declaring that living in the country was simply sleeping with his eyes open. His daughter Elizabeth (evidently now an authority in the household) would rally him sharply when he spoke so, and we learn from one of her letters that she had taken to putting saffron in his tea to enliven his spirits. His temper, for all that, continued most uncertain. Once, after promising to take her to the Canterbury Races, and the festivities which followed them, he changed his mind suddenly, and decided on remaining at home. Keenly disappointed was Elizabeth, who was so eager about dancing, that she fancied she had at some time or other been bitten by the tarantula. But philosophy came to her aid, and she confessed that writing a long letter to her dear duchess, was a more rational pleasure than “jumping and cutting capers.”

Her health was not altogether satisfactory. An affection of the hip-joint was the cause of her being ordered to Bath in 1740. Neither the place itself, nor the lounging life led by the bathers, were much to her taste. It amused her, though, to comment satirically on the people she saw. Who, one wonders, were the good folks thus turned inside out?—

“There is one family here that affect sense. Their stock is indeed so low that, if they laid out much, they would be in danger of becoming bankrupt; but, according to their present economy, it will last them their lives. And everybody commends them—for who will not praise what they do not envy? To commend what they admire, is above the capacity of the generality.”

On leaving Bath, she spent some weeks with the Duke and Duchess of Portland, at their grand house in Whitehall. During her visit she was ordered by the doctor to enter on a fresh course of baths—this time at Marylebone—and thither she used to proceed every morning in the ducal coach. The duchess accompanied her on the first occasion, and was “frightened out of her wits” at the intrepidity with which she plunged in. Lord Dupplin, who was given to rhyming, actually found material for an ode in the account he received of Miss Fidget’s aquatic feats.

The following year, Mr. Robinson’s younger daughter, Sarah, caught the smallpox. Elizabeth who, besides being rather delicate, had a considerable share of beauty to lose, was at once removed by her parents from Mount Morris, and sent to lodge in the house of a gentleman farmer living a few miles off—a certain Mr. Smith of Hayton. By most young women, familiar, as was she, with the delights of Ranelagh, Vauxhall, and Marylebone Gardens, the life at Hayton would have been thought supremely dull; but Elizabeth had a mind too well stored to find time hang heavy. “I am not sorry,” she writes, “to be without the appurtenances of equipage for a while, that I may know how much of my happiness depends upon myself, and how much comes from the things about me.” Mr. Smith who enjoyed an income of four hundred a year, she describes as a busy, anxious person, very silent, and disposed to be niggardly. Mrs. Smith was a good sort of body, excellent at making cheeses and syllabubs. The two Miss Smiths were worthy damsels, yet hardly interesting to the pupil of Conyers Middleton. The house was as clean as a new pin; it contained much worm-eaten panelling and antique furniture, well rubbed and polished. The room assigned to Elizabeth was spacious though dark, owing to the masses of ivy veiling the windows. Here she reigned undisturbed; a big clock on the staircase-landing struck the hours with solemn regularity. From without came the cawing of rooks, and the grating noise of a rusty weathercock fixed in the stump of an old oak-tree. She wrote of course to the Duchess of Portland apologising for addressing her grace on paper “ungilded and unadorned.” To Miss Donnellan,[43] another favored correspondent, whose acquaintance she had made at Bath, she gives the following account of herself and her surroundings: